mhurhangee/patent-ind-claim-en huggingface dataset:
Device for the preparation and oral administration of a liquid composition formed by a liquid component (C1) and a component in powder form (C2), for use in the treatment of persons affected by metabolic disorders, said device comprising: a) a bottle inside which there is a liquid component (C1) with a pre-established and non-variable composition, irrespective of the type of metabolic disorder to be treated, wherein said liquid component (C1) is an aqueous solution comprising mineral salts, carbohydrates and aromas; b) a closing device configured to close said bottle and inside which there is a component in powder form (C2) with a variable composition according to the metabolic disorder and functional for the treatment of the specific metabolic disorder selected on each occasion, wherein said component in powder form (C2) comprises vitamins, said component in powder form (C2) is hermetically sealed in a tank or cylindrical chamber inside said closing device ; c) transfer means associated with said closing device and configured to selectively transfer said component in powder form (C2) from said closing device to said bottle so as to mix or disperse said liquid component (C1) with said component in powder form (C2) inside said bottle in order to obtain said liquid composition, said device characterized in that said metabolic disorders are chosen from a group consisting of: phenylketonuria, tyrosinemia, homocystinuria, maple syrup urine disease, methylmalonic acidemia, propionic acidemia and isovaleric acidemia, in that the liquid component further comprises universally metabolizable amino acids, and in that said component in powder form further comprises a mix of amino acids without the specific amino acid responsible for said metabolic disorder to be treated chosen from said metabolic disorders. a) a bottle inside which there is a liquid component (C1) with a pre-established and non-variable composition, irrespective of the type of metabolic disorder to be treated, wherein said liquid component (C1) is an aqueous solution comprising mineral salts, carbohydrates and aromas; b) a closing device configured to close said bottle and inside which there is a component in powder form (C2) with a variable composition according to the metabolic disorder and functional for the treatment of the specific metabolic disorder selected on each occasion, wherein said component in powder form (C2) comprises vitamins, said component in powder form (C2) is hermetically sealed in a tank or cylindrical chamber inside said closing device ; c) transfer means associated with said closing device and configured to selectively transfer said component in powder form (C2) from said closing device to said bottle so as to mix or disperse said liquid component (C1) with said component in powder form (C2) inside said bottle in order to obtain said liquid composition,
A method, comprising: identifying at least one multiple-activation area of a surface of a heart, at which multiple-activation area were recorded at least two different local activations during a single cardiac cycle of the heart; and displaying, on an electroanatomical map of the surface of the heart, the multiple-activation area in a manner that indicates a time difference between respective times of the two local activations, wherein displaying the multiple-activation area comprises setting a value of a display property of the multiple-activation area by applying, to the time difference, a first function that maps a domain of time differences to a range of values of the display property, wherein the first function (i) is monotonic for time differences that lie between an upper limit and a lower limit, (ii) returns a first value for the lower limit, and (iii) is constant, at a second value, for differences that lie above the upper limit; and wherein the display property comprises one or both of: a) a color; and b) an overlaid indicator, the size and/or color of which indicates the time difference. identifying at least one multiple-activation area of a surface of a heart, at which multiple-activation area were recorded at least two different local activations during a single cardiac cycle of the heart; and displaying, on an electroanatomical map of the surface of the heart, the multiple-activation area in a manner that indicates a time difference between respective times of the two local activations, wherein displaying the multiple-activation area comprises setting a value of a display property of the multiple-activation area by applying, to the time difference, a first function that maps a domain of time differences to a range of values of the display property, wherein the first function (i) is monotonic for time differences that lie between an upper limit and a lower limit, (ii) returns a first value for the lower limit, and (iii) is constant, at a second value, for differences that lie above the upper limit; and wherein the display property comprises one or both of: a) a color; and b) an overlaid indicator, the size and/or color of which indicates the time difference. a) a color; and b) an overlaid indicator, the size and/or color of which indicates the time difference.
A method for laser processing a sapphire substrate , including emitting consecutive pulses of laser light, focusing the light pulses at the sapphire substrate , and laser treating the sapphire substrate , characterized in that the method comprising: using single mode (SM) light from a single mode (SM) fiber laser ; operating the single mode (SM) fiber laser in a quasi-continuous wave ("QCW") mode so as to emit consecutive pulses of single mode (SM) laser light at a wavelength ranging between about 1060 nm and about 1070 nm, the pulses of single mode (SM) light each having a pulse width ranging between about 50 microseconds and about 600 microseconds, wherein the laser is operated with a duty cycle ranging between about 1% and about 10%; and the laser processing the sapphire substrate with the pulses of laser light so as to penetrate through it. using single mode (SM) light from a single mode (SM) fiber laser ; operating the single mode (SM) fiber laser in a quasi-continuous wave ("QCW") mode so as to emit consecutive pulses of single mode (SM) laser light at a wavelength ranging between about 1060 nm and about 1070 nm, the pulses of single mode (SM) light each having a pulse width ranging between about 50 microseconds and about 600 microseconds, wherein the laser is operated with a duty cycle ranging between about 1% and about 10%; and the laser processing the sapphire substrate with the pulses of laser light so as to penetrate through it.
A method for differentiating between inSIRS and ipSIRS in a biological subject, the method including: a) quantifying polynucleotide expression products within a sample to determine a pair of biomarker values, wherein the sample was taken from a biological subject showing a clinical sign of SIRS, the sample including polynucleotide expression products, the pair of biomarker values being selected from the group consisting of: i) a first pair of biomarker values indicative of a concentration of polynucleotide expression products of the PLA2G7 gene and PLAC8 gene; ii) a second pair of biomarker values indicative of a concentration of polynucleotide expression products of the CEACAM4 gene and LAMP1 gene; b) determining an indicator indicative of a ratio of concentrations of the polynucleotide expression products using the pair of biomarker values; and, c) comparing the indicator to first and second indicator references, the first and second indicator references being indicative of inSIRS and ipSIRS, respectively; and, d) determining a likelihood of the subject having inSIRS or ipSIRS in accordance with the results of the comparison. a) quantifying polynucleotide expression products within a sample to determine a pair of biomarker values, wherein the sample was taken from a biological subject showing a clinical sign of SIRS, the sample including polynucleotide expression products, the pair of biomarker values being selected from the group consisting of: i) a first pair of biomarker values indicative of a concentration of polynucleotide expression products of the PLA2G7 gene and PLAC8 gene; ii) a second pair of biomarker values indicative of a concentration of polynucleotide expression products of the CEACAM4 gene and LAMP1 gene; i) a first pair of biomarker values indicative of a concentration of polynucleotide expression products of the PLA2G7 gene and PLAC8 gene; ii) a second pair of biomarker values indicative of a concentration of polynucleotide expression products of the CEACAM4 gene and LAMP1 gene; b) determining an indicator indicative of a ratio of concentrations of the polynucleotide expression products using the pair of biomarker values; and, c) comparing the indicator to first and second indicator references, the first and second indicator references being indicative of inSIRS and ipSIRS, respectively; and, d) determining a likelihood of the subject having inSIRS or ipSIRS in accordance with the results of the comparison.
A gas delivery system for delivering a gas into headgear adapted to be worn by a user, the gas delivery system comprising: headgear having an internal region configured to receive at least the nose and/or mouth of a user; an interface attached to the headgear and defining a first fluid communication path, the interface including a first magnetic quick connect coupling member at a first end of the first fluid communication path, and a second end of the first fluid communication path being in fluid communication with the internal region of the headgear; a second magnetic quick connect coupling member adapted to magnetically engage the first magnetic quick connect coupling member; and a conduit for communicating an airflow, the conduit and the second magnetic quick connect coupling member defining a second fluid communication path,wherein in a coupled configuration, the first fluid communication path is in fluid communication with the second fluid communication path; a mating surface of one of the first and second magnetic coupling members includes an O-ring disposed thereon, the O-ring forming a gas-tight seal between the first coupling member and the second coupling member when the first and second coupling members are in coupled configuration; said O-ring being seated in an annular groove formed in the mating surface of the one of the first and second magnetic coupling members; and said annular groove being C-shaped so that the opening of the annular groove is narrower than the diameter of the O-ring. headgear having an internal region configured to receive at least the nose and/or mouth of a user; an interface attached to the headgear and defining a first fluid communication path, the interface including a first magnetic quick connect coupling member at a first end of the first fluid communication path, and a second end of the first fluid communication path being in fluid communication with the internal region of the headgear; a second magnetic quick connect coupling member adapted to magnetically engage the first magnetic quick connect coupling member; and a conduit for communicating an airflow, the conduit and the second magnetic quick connect coupling member defining a second fluid communication path,wherein in a coupled configuration, the first fluid communication path is in fluid communication with the second fluid communication path; a mating surface of one of the first and second magnetic coupling members includes an O-ring disposed thereon, the O-ring forming a gas-tight seal between the first coupling member and the second coupling member when the first and second coupling members are in coupled configuration; said O-ring being seated in an annular groove formed in the mating surface of the one of the first and second magnetic coupling members; and said annular groove being C-shaped so that the opening of the annular groove is narrower than the diameter of the O-ring.
A non-transitory machine-readable medium, on which are stored instructions, comprising instructions that when executed cause a machine to: receive a pre-compiled library, wherein the pre-compiled library has been compiled from source code into an intermediate representation prior to being received, and wherein the pre-compiled library defines both graphics and non-graphics compute kernels and shaders; compile the pre-compiled library from an intermediate representation into an executable binary (526A, ..., 526N) comprising one or more kernels and one or more shaders, wherein both the one or more kernels and the one or more shaders are directly executable by a target processor; responsive to detecting a request for a kernel of the executable binary (526A, ..., 526N), retrieve the requested kernel from the executable binary (526A, ..., 526N); responsive to detecting a request for a shader of the executable binary (526A, ..., 526N), retrieve the shader from the executable binary (526A, ..., 526N); and provide the retrieved kernel or shader to the target processor for execution, wherein the intermediate representation contains instructions conforming to an intermediate representation language model that is independent of the target processor and a source language, and wherein the intermediate representation language model contains functions for performing parallel graphics operations and functions for performing parallel non-graphics operations. receive a pre-compiled library, wherein the pre-compiled library has been compiled from source code into an intermediate representation prior to being received, and wherein the pre-compiled library defines both graphics and non-graphics compute kernels and shaders; compile the pre-compiled library from an intermediate representation into an executable binary (526A, ..., 526N) comprising one or more kernels and one or more shaders, wherein both the one or more kernels and the one or more shaders are directly executable by a target processor; responsive to detecting a request for a kernel of the executable binary (526A, ..., 526N), retrieve the requested kernel from the executable binary (526A, ..., 526N); responsive to detecting a request for a shader of the executable binary (526A, ..., 526N), retrieve the shader from the executable binary (526A, ..., 526N); and provide the retrieved kernel or shader to the target processor for execution, wherein the intermediate representation contains instructions conforming to an intermediate representation language model that is independent of the target processor and a source language, and wherein the intermediate representation language model contains functions for performing parallel graphics operations and functions for performing parallel non-graphics operations.
A stackable chair comprising independently extendable legs , at least two actuators to control movement of the legs , and at least two sensors for determining extension of the legs , characterised in that the stackable chair comprises at least one user interface device to activate the at least two actuators.
A conductive film comprising a conductive region and a nonconductive region , wherein the conductive region includes first conductive nanowires , the first nanowires constituting a conductive network structure embedded in a matrix , the matrix comprising at least one of a polyurethane-based resin, a polyester-based resin, an acrylic resin, a polyether-based resin, a cellulose-based resin, a polyvinyl alcohol-based resin, an epoxy-based resin, polyvinyl pyrrolidone, a polystyrene-based resin, and polyethylene glycol, wherein the nonconductive region includes second nanowires that are sectioned and embedded in the matrix; the second nanowires comprising a plurality of conductive nanowire sections and wherein the nonconductive region further comprises insulating portions between the conductive nanowire sections of the second nanowires, wherein the first nanowires and second nanowires include at least one of a metal, and a metal alloy, wherein the conductive region and the non-conductive region are arranged on a base material , wherein the average diameter of the second nanowires is lower than the average diameter of the first nanowires , wherein the difference in the average diameters between the first nanowires and the second nanowires is 5% or less; and wherein the average length of the second nanowires is lower than the average length of the first nanowires , and the difference in the average lengths between the first nanowires and the second nanowires is 10% or less. wherein the conductive region includes first conductive nanowires , the first nanowires constituting a conductive network structure embedded in a matrix , the matrix comprising at least one of a polyurethane-based resin, a polyester-based resin, an acrylic resin, a polyether-based resin, a cellulose-based resin, a polyvinyl alcohol-based resin, an epoxy-based resin, polyvinyl pyrrolidone, a polystyrene-based resin, and polyethylene glycol, wherein the nonconductive region includes second nanowires that are sectioned and embedded in the matrix; the second nanowires comprising a plurality of conductive nanowire sections and wherein the nonconductive region further comprises insulating portions between the conductive nanowire sections of the second nanowires, wherein the first nanowires and second nanowires include at least one of a metal, and a metal alloy, wherein the conductive region and the non-conductive region are arranged on a base material , wherein the average diameter of the second nanowires is lower than the average diameter of the first nanowires , wherein the difference in the average diameters between the first nanowires and the second nanowires is 5% or less; and wherein the average length of the second nanowires is lower than the average length of the first nanowires , and the difference in the average lengths between the first nanowires and the second nanowires is 10% or less.
A method for producing functionalized aryl or heteroaryl compounds, comprising the steps of: combining an aryl or heteroaryl compound containing at least one C-H group with a solid-supported Pd(II) catalyst of heterogeneous Pd(II)/MWCNT, wherein said combining is performed under conditions wherein said heterogeneous solid-supported Pd(II) catalyst selectively catalyzes a reaction which attaches a functional group to said aryl or heteroaryl compound at said at least one C-H group as a reaction product wherein said reaction product is a compound of and separating said heterogeneous solid-supported Pd(II) catalyst from said reaction product. combining an aryl or heteroaryl compound containing at least one C-H group with a solid-supported Pd(II) catalyst of heterogeneous Pd(II)/MWCNT, wherein said combining is performed under conditions wherein said heterogeneous solid-supported Pd(II) catalyst selectively catalyzes a reaction which attaches a functional group to said aryl or heteroaryl compound at said at least one C-H group as a reaction product wherein said reaction product is a compound of and separating said heterogeneous solid-supported Pd(II) catalyst from said reaction product.
Beam position monitor for measuring a position of a beam of charged particles passing through a chamber, the beam position monitor comprising a first magnetic field sensor and a second magnetic field sensor arranged to be installed in the chamber on either side of the beam of particles, each magnetic field sensor comprising a conductive loop , the beam position monitor being characterized in that the conductive loop of the first magnetic field sensor and the conductive loop of the second magnetic field sensor are arranged to have inductances different from one another.
A bearing comprising an inner ring , an outer ring and intermediate rotational means , said bearing further comprising a sealing device which comprises a first seal fitted between the inner and the outer ring of the bearing and comprising an axially extending annular lip , and a second seal , wherein the second seal comprises a through shaft portion extending into a bore of the inner ring, a radial portion extending along the radial extension of the bearing, covering the inner ring and at least part of the first seal, characterised in that the second seal comprises further an annular groove arranged to interact with the annular lip of the first seal so as to create a labyrinth seal between the first and second seal, wherein the labyrinth seal seals a pocket between the inner ring, the second seal, and the first seal. a first seal fitted between the inner and the outer ring of the bearing and comprising an axially extending annular lip , and a second seal , wherein the second seal comprises a through shaft portion extending into a bore of the inner ring, a radial portion extending along the radial extension of the bearing, covering the inner ring and at least part of the first seal, characterised in that the second seal comprises further an annular groove arranged to interact with the annular lip of the first seal so as to create a labyrinth seal between the first and second seal, wherein the labyrinth seal seals a pocket between the inner ring, the second seal, and the first seal. a through shaft portion extending into a bore of the inner ring, a radial portion extending along the radial extension of the bearing, covering the inner ring and at least part of the first seal, characterised in that the second seal comprises further an annular groove arranged to interact with the annular lip of the first seal so as to create a labyrinth seal between the first and second seal, wherein the labyrinth seal seals a pocket between the inner ring, the second seal, and the first seal.