mhurhangee/patent-ind-claim-en huggingface dataset:
Method for determining the water content in the atmosphere by processing images acquired by an out-of-focus interferometric imaging device , said method is implemented by a processing unit comprising a calculation unit and a storage unit , said storage unit comprising at least a predetermined distribution of the number of particles according to the size of these particles outside said given range of sizes (P), said predetermined distribution comprising a number of particles having said threshold size (Dse, Dsm, Dsg), said device being solely able to image water and ice particles having a size (di) lying in a given range of sizes (P), said method comprising the following step For at least one image , a) determining the number of particles lying the given range of sizes (P) from said image ; b) measuring the mass of particles having a size (di) lying in the given range (P) of sizes from the number of particles determined; c) estimating the mass of particles having a size outside the given range of sizes (P), said estimation step comprising the following steps: i) determining the number of particles having a size equal to a threshold size (Dse, Dsm, Dsg); ii) evaluating the number of particles outside the given range of sizes by multiplying the predetermined distribution by the ratio between the number of particles determined at step i) and the number of particles in said distribution having said threshold size (Dse, Dsm, Dsg) ; iii) estimating the mass of the particles outside the given range of sizes (P) from the number of particles evaluated; d) determining the water content by adding the estimated mass and the measured mass. a) determining the number of particles lying the given range of sizes (P) from said image ; b) measuring the mass of particles having a size (di) lying in the given range (P) of sizes from the number of particles determined; c) estimating the mass of particles having a size outside the given range of sizes (P), said estimation step comprising the following steps: i) determining the number of particles having a size equal to a threshold size (Dse, Dsm, Dsg); ii) evaluating the number of particles outside the given range of sizes by multiplying the predetermined distribution by the ratio between the number of particles determined at step i) and the number of particles in said distribution having said threshold size (Dse, Dsm, Dsg) ; iii) estimating the mass of the particles outside the given range of sizes (P) from the number of particles evaluated; i) determining the number of particles having a size equal to a threshold size (Dse, Dsm, Dsg); ii) evaluating the number of particles outside the given range of sizes by multiplying the predetermined distribution by the ratio between the number of particles determined at step i) and the number of particles in said distribution having said threshold size (Dse, Dsm, Dsg) ; iii) estimating the mass of the particles outside the given range of sizes (P) from the number of particles evaluated; d) determining the water content by adding the estimated mass and the measured mass.
A recombinant infectious respiratory syncytial virus comprising a large polymerase protein (L), phosphoprotein (P), nucleocapsid protein (N) and a M2-1 protein and a genome or antigenome having a deletion of the codon that encodes the serine at position 1313, or a corresponding position, of the L protein, wherein the virus optionally comprises nonstructural protein 1 (NS1), nonstructural protein 2 (NS2), glycoprotein (G), fusion protein (F), matrix protein (M), M2-2 protein, and small hydrophobic protein (SH).
An electromagnetic wave measurement apparatus , comprising: a probe light generation unit configured to generate probe light of two wavelengths; and an electro-optic probe that includes an electro-optic crystal and is configured to receive the probe light generated by the probe light generation unit and a detection target electromagnetic wave ; wherein the probe light generation unit is configured to generate two light rays of different frequencies as the probe light of two wavelengths; wherein the probe light generation unit is configured to perform a fluctuation operation to cause a frequency difference of the probe light to fluctuate; wherein the frequency difference of the probe light is the difference between the frequencies of the two light rays; wherein the content of the fluctuation operation is set so as to conform to specifications regarding frequency fluctuation of the detection target electromagnetic wave ; and wherein, in the fluctuation operation, the probe light generation unit is configured to cause the frequency difference of the probe light to fluctuate such that a fluctuation range of a difference between the frequency difference of the probe light and a frequency of the detection target electromagnetic wave is smaller than a fluctuation range of the frequency of the detection target electromagnetic wave . a probe light generation unit configured to generate probe light of two wavelengths; and an electro-optic probe that includes an electro-optic crystal and is configured to receive the probe light generated by the probe light generation unit and a detection target electromagnetic wave ; wherein the probe light generation unit is configured to generate two light rays of different frequencies as the probe light of two wavelengths; wherein the probe light generation unit is configured to perform a fluctuation operation to cause a frequency difference of the probe light to fluctuate; wherein the frequency difference of the probe light is the difference between the frequencies of the two light rays; wherein the content of the fluctuation operation is set so as to conform to specifications regarding frequency fluctuation of the detection target electromagnetic wave ; and wherein, in the fluctuation operation, the probe light generation unit is configured to cause the frequency difference of the probe light to fluctuate such that a fluctuation range of a difference between the frequency difference of the probe light and a frequency of the detection target electromagnetic wave is smaller than a fluctuation range of the frequency of the detection target electromagnetic wave .
A vibration isolator , comprising a pneumatic spring having a working space , wherein the vibration isolator comprises a further component for vibration isolation in horizontal direction, which is in the form of a flexible rod or a buckling pendulum; wherein the pneumatic spring is coupled rigidly to the base or to the load to be isolated in the horizontal direction and is thus effective only in a vertical direction; characterized in that at least one actuator effective in the vertical direction is arranged in the working space ; and that the flexible rod or the buckling pendulum is arranged in an inner housing of the vibration isolator , which projects into the working space of the pneumatic spring. wherein the pneumatic spring is coupled rigidly to the base or to the load to be isolated in the horizontal direction and is thus effective only in a vertical direction; characterized in that at least one actuator effective in the vertical direction is arranged in the working space ; and that the flexible rod or the buckling pendulum is arranged in an inner housing of the vibration isolator , which projects into the working space of the pneumatic spring.
An article of clothing having a cup part for covering breasts of a wearer who wears the article of clothing , wherein the cup part includes an inner cup provided inside the cup part , the inner cup has an upper side portion , right and left inner cup portions and a joining part that joins the right and left inner cup portions , characterized in that : the upper side portion has a wave-shaped structure, and the wave-shaped structure is stretchable in a direction along the upper side portion , and the wave-shaped structure is provided continuously throughout the upper side portion of the right and left inner cup portions and the upper side portion of the joining part . the cup part includes an inner cup provided inside the cup part , the inner cup has an upper side portion , right and left inner cup portions and a joining part that joins the right and left inner cup portions , characterized in that : the upper side portion has a wave-shaped structure, and the wave-shaped structure is stretchable in a direction along the upper side portion , and the wave-shaped structure is provided continuously throughout the upper side portion of the right and left inner cup portions and the upper side portion of the joining part . the upper side portion has a wave-shaped structure, and the wave-shaped structure is stretchable in a direction along the upper side portion , and the wave-shaped structure is provided continuously throughout the upper side portion of the right and left inner cup portions and the upper side portion of the joining part .
A washer/dryer comprising a body; a tub which is disposed into the body; a drum which is disposed in the tub , which rotates around its own axis and wherein the laundry is loaded; at least one balance weight which is mounted onto the tub and which remains between the tub and the body; a connection member which enables the balance weight to be fixed to the tub ; a connection hole which is arranged on the balance weight and through which the connection member passes; a fixing housing which surrounds the connection hole at the surface of the balance weight facing the tub ; a bearing which is positioned on the tub , which extends from the outer surface of the tub towards the balance weight and wherein the connection member , passing through the connection hole on the balance weight and extending towards the tub , is seated, a step which is provided on the tub and surrounds the bearing ; a connection extension which is provided on the tub and surrounds the step such that the bearing is at the center of the step ; and a connection housing which is arranged on the surface of the balance weight facing the tub and wherein the connection extension is seated characterized by a plurality of triangular third supports which extend from the connection extension towards the step .
A balloon catheter assembly, comprising: a balloon catheter including a balloon ; a peelable protective sheath , comprising: a tubular body portion comprising polymer molecules aligned parallel to a central longitudinal axis of the tubular body portion , the tubular body disposed over the balloon ; and a first tab extending axially from the tubular body portion , the first tab including a first textured surface on a first side of the first tab , wherein the tubular body portion is configured to compress a first outer diameter of the balloon in a folded configuration to a second outer diameter narrower than the first outer diameter in a compressed configuration. a balloon catheter including a balloon ; a peelable protective sheath , comprising: a tubular body portion comprising polymer molecules aligned parallel to a central longitudinal axis of the tubular body portion , the tubular body disposed over the balloon ; and a first tab extending axially from the tubular body portion , the first tab including a first textured surface on a first side of the first tab , a tubular body portion comprising polymer molecules aligned parallel to a central longitudinal axis of the tubular body portion , the tubular body disposed over the balloon ; and a first tab extending axially from the tubular body portion , the first tab including a first textured surface on a first side of the first tab ,
A use of nonanoic anhydride as a plant growth regulator and/or herbicide.
A mineral fibre product, comprising mineral fibres bound by a cured binder composition, the non-cured binder composition comprising one or more oxidized lignins, wherein the mineral fibre product has a water leachable chloride content of less than 10 mg/kg in accordance with EN 13468:2001.
An apparatus for the automated removal of workpieces arranged in a bin , comprising a first object recognition device for detecting the workpieces in the bin ; a first picker for picking and removing the workpieces from the bin ; a control for evaluating the data of the first object recognition device , for path planning and for controlling the first picker ; a transport device on which the workpieces removed from the bin can be placed, and a robot arm (8 that is used for placing the workpieces on the transport device , characterized in that a robot arm is arranged on a pedestal above the transport device. a first object recognition device for detecting the workpieces in the bin ; a first picker for picking and removing the workpieces from the bin ; a control for evaluating the data of the first object recognition device , for path planning and for controlling the first picker ; a transport device on which the workpieces removed from the bin can be placed, and a robot arm (8 that is used for placing the workpieces on the transport device , characterized in that a robot arm is arranged on a pedestal above the transport device.
A power conversion device for a drive system of a train comprising: a power converter circuit configured to be coupled to a first AC power supply or a second AC power supply via a contactor , the power converter circuit configured to perform a power conversion operation to convert a first AC power supplied from the first AC power supply or a second AC power supplied from the second AC power supply into a DC power, the first AC power being an AC power supplied from an overhead line, and the second AC power being an AC power generated by driving an electric generator (G) by an operation of an engine; characterized in that a drive control unit is configured to control a carrier frequency in the power conversion operation of the power converter circuit such that when the first AC power is supplied from the first AC power supply, a carrier frequency is selected from a first carrier frequency band which does not overlap with an operating frequency of a device installed in a railway infrastructure coupled via the overhead line and above which thermal effects on a semiconductor element included in the converter are unacceptable, and when the second AC power is supplied from the second AC power supply , a carrier frequency is selected from a second carrier frequency band in which harmonic current in the electric generator is acceptable and above which thermal effects on the semiconductor element included in the converter are unacceptable. a power converter circuit configured to be coupled to a first AC power supply or a second AC power supply via a contactor , the power converter circuit configured to perform a power conversion operation to convert a first AC power supplied from the first AC power supply or a second AC power supplied from the second AC power supply into a DC power, the first AC power being an AC power supplied from an overhead line, and the second AC power being an AC power generated by driving an electric generator (G) by an operation of an engine; characterized in that a drive control unit is configured to control a carrier frequency in the power conversion operation of the power converter circuit such that when the first AC power is supplied from the first AC power supply, a carrier frequency is selected from a first carrier frequency band which does not overlap with an operating frequency of a device installed in a railway infrastructure coupled via the overhead line and above which thermal effects on a semiconductor element included in the converter are unacceptable, and when the second AC power is supplied from the second AC power supply , a carrier frequency is selected from a second carrier frequency band in which harmonic current in the electric generator is acceptable and above which thermal effects on the semiconductor element included in the converter are unacceptable.
A method for dressing a grinding tool by means of a machine tool, having the following method steps: - providing a dressable grinding tool ; - dressing the grinding tool by means of a form dressing roller , - wherein the tool profile to be generated on the grinding tool is formed by a contact between the rotating grinding tool and the rotating form dressing roller along a dressing path , - wherein a travel along the dressing path is performed automatically with the aid of two or more NC axes (X, Y, Z) of the machine tool , which generate a relative movement between the rotating grinding tool and the rotating form dressing roller ; characterized in that - during the travel along the dressing path and while the form dressing roller is in forming contact with the grinding tool , it is provided - that each of the NC axes (X, Y, Z) generating the relative movement between the rotating grinding tool and the rotating form dressing roller has an axial velocity, the absolute value of which is greater than zero, wherein none of these NC axes (X, Y, Z) carries out a directional reversal or comes to a standstill. - providing a dressable grinding tool ; - dressing the grinding tool by means of a form dressing roller , - wherein the tool profile to be generated on the grinding tool is formed by a contact between the rotating grinding tool and the rotating form dressing roller along a dressing path , - wherein a travel along the dressing path is performed automatically with the aid of two or more NC axes (X, Y, Z) of the machine tool , which generate a relative movement between the rotating grinding tool and the rotating form dressing roller ; characterized in that - wherein the tool profile to be generated on the grinding tool is formed by a contact between the rotating grinding tool and the rotating form dressing roller along a dressing path , - wherein a travel along the dressing path is performed automatically with the aid of two or more NC axes (X, Y, Z) of the machine tool , which generate a relative movement between the rotating grinding tool and the rotating form dressing roller ; characterized in that - during the travel along the dressing path and while the form dressing roller is in forming contact with the grinding tool , it is provided - that each of the NC axes (X, Y, Z) generating the relative movement between the rotating grinding tool and the rotating form dressing roller has an axial velocity, the absolute value of which is greater than zero, wherein none of these NC axes (X, Y, Z) carries out a directional reversal or comes to a standstill.
A method for applying a thermal barrier coating to a part , the method comprising: placing the part in a deposition chamber ; applying a first electric potential to the part ; evaporating components for forming the material; ionizing the evaporated components; and modulating the first electric potential so as to draw the ionized components to the part, wherein the modulating comprises: a plurality of first steps for PA-PVD, and a plurality of second steps for PVD alternating with the first steps; characterized in that the plurality of first steps for PA-PVD, each comprise a series of pulses of negative potential. placing the part in a deposition chamber ; applying a first electric potential to the part ; evaporating components for forming the material; ionizing the evaporated components; and modulating the first electric potential so as to draw the ionized components to the part, a plurality of first steps for PA-PVD, and a plurality of second steps for PVD alternating with the first steps; characterized in that the plurality of first steps for PA-PVD, each comprise a series of pulses of negative potential.
A process for manufacturing a friction component of composite material, comprising at least the following step: - densification of a fibrous preform of carbon yarns by a matrix comprising at least pyrocarbon and at least one ZrO x C y phase, where 1 ≤ x ≤ 2 and 0 ≤ y ≤ 1, the matrix being formed by chemical vapor infiltration at least from a first gaseous precursor of pyrocarbon and a second gaseous precursor comprising zirconium, said second precursor being an alcohol or a C 1 to C 6 polyalcohol modified by linking the oxygen atom of at least one alcohol function to a group of formula -Zr-R 3 , the substituents R being identical or different, and R being selected from: -H, C 1 to C 5 carbon chains and halogen atoms. - densification of a fibrous preform of carbon yarns by a matrix comprising at least pyrocarbon and at least one ZrO x C y phase, where 1 ≤ x ≤ 2 and 0 ≤ y ≤ 1, the matrix being formed by chemical vapor infiltration at least from a first gaseous precursor of pyrocarbon and a second gaseous precursor comprising zirconium, said second precursor being an alcohol or a C 1 to C 6 polyalcohol modified by linking the oxygen atom of at least one alcohol function to a group of formula -Zr-R 3 , the substituents R being identical or different, and R being selected from: -H, C 1 to C 5 carbon chains and halogen atoms.
A method for preparing compounds of the general formula (I) where R 1 is hydrogen or C 1 -C 4 -alkyl, wherein a) a starting material is provided comprising a compound of the general formula II b) the starting material provided in step a) is subjected in a reaction zone to a reaction at a temperature in a range from 100 to 240°C and a pressure in a range from 0.1 to 150 mbar in the presence of a heterogeneous catalyst and a solvent or a solvent mixture having a vapor pressure in the range from 10 -5 to 100 mbar at 180°C, and c) the compound of formula (I) is separated from the reaction mixture by distillation. a) a starting material is provided comprising a compound of the general formula II b) the starting material provided in step a) is subjected in a reaction zone to a reaction at a temperature in a range from 100 to 240°C and a pressure in a range from 0.1 to 150 mbar in the presence of a heterogeneous catalyst and a solvent or a solvent mixture having a vapor pressure in the range from 10 -5 to 100 mbar at 180°C, and c) the compound of formula (I) is separated from the reaction mixture by distillation.
A building unit made from a light concrete material containing at least 50 % by volume expanded plastic material, said building unit being a wall unit having substantially the form of a plate, characterised in that the wall unit is provided with an internal reinforcement net and with two lifting devices arranged at an edge of the wall unit , each of the lifting devices having the form of an angled steel rod which is anchored directly to the reinforcement net in the wall unit in at least six points, the ends of the steel rod forming hooks which are bent at least partially around a part of the reinforcement net .