mhurhangee/patent-ind-claim-en huggingface dataset:
A stator vane assembly for a gas turbine engine, comprising: an outer vane support having a first outer vane support surface and a second outer vane support surface disposed opposite the first outer vane support surface ; an inner vane support having a first inner vane support surface and a second inner vane support surface disposed opposite the first inner vane support surface ; a stator having an outer end that extends through the outer vane support and an inner end that extends through the inner vane support ; and characterized by a first bracket operatively connected to the second inner vane support surface and extending over the inner end , the first bracket and the second inner vane support surface defining a first pocket . an outer vane support having a first outer vane support surface and a second outer vane support surface disposed opposite the first outer vane support surface ; an inner vane support having a first inner vane support surface and a second inner vane support surface disposed opposite the first inner vane support surface ; a stator having an outer end that extends through the outer vane support and an inner end that extends through the inner vane support ; and characterized by a first bracket operatively connected to the second inner vane support surface and extending over the inner end , the first bracket and the second inner vane support surface defining a first pocket .
A system for producing an ultrasound image from a rotational intravascular ultrasound device, the system comprising a processor configured to: alternately transmitting complementary Golay codes to a plurality of transducers in an intravascular ultrasound device; receiving echoes of the complementary codes from the transducers; characterised by : performing, for each of a plurality of scan lines, pulse compression of the echoes that comprises weighting the received echoes and summing an odd number of weighted echoes, wherein a center echo is given a weighted value of 1.0 and wherein the adjacent received echoes forming the sum constitute complementary echoes of a Golay pair and alternating a member of the Golay pair forming the center echo for adjacent scan lines; and producing an image by assembling the scan lines. alternately transmitting complementary Golay codes to a plurality of transducers in an intravascular ultrasound device; receiving echoes of the complementary codes from the transducers; performing, for each of a plurality of scan lines, pulse compression of the echoes that comprises weighting the received echoes and summing an odd number of weighted echoes, wherein a center echo is given a weighted value of 1.0 and wherein the adjacent received echoes forming the sum constitute complementary echoes of a Golay pair and alternating a member of the Golay pair forming the center echo for adjacent scan lines; and producing an image by assembling the scan lines.
Combination device with a hob and an extractor device arranged below the hob, which has at least one filter unit , which comprises at least one filter element , wherein an air inlet opening is formed on the top side of the filter unit and is used to admit air which is taken in from the extractor device , wherein in the underside of the filter unit there is provided an air outlet opening which is used to discharge air from the filter unit to the extractor device and in the filter unit at least two filter elements are used, which are arranged one above the other, at least one part of the upper filter element is configured as a collection element for collecting liquid, wherein the upper filter element lies in the air inlet opening of the filter unit and the surface of the upper filter element covers the air inlet opening entirely, characterised in that at least one collection area for collecting liquids, which escape from the collection element, is provided at least below the upper filter element , the upper filter element consists of at least two profile sets , of which two profile sets represent open profiles which face one another and the profiles of the lower profile set are arranged with their open side upward and form the collection element , and at least the collection element is arranged inclined from the horizontal in the filter unit .
A nucleotide molecule having a ribose or deoxyribose sugar moiety and a base linked to a detectable label via a cleavable linker, wherein the sugar moiety comprises a blocking group attached via a 3' oxygen atom, such that the 3' carbon atom has attached a group of the structure: -O-Z wherein Z is -C(R') 2 -N 3 ; wherein each R' is H. wherein Z is -C(R') 2 -N 3 ; wherein each R' is H.
Method for manufacturing a friction coating (11; 21; 22; 31), for a dry- or wetrunning clutch lining, on a carrier element (3; 33), wherein there is applied a powder coating which cures on the carrier element (3; 33) to form a tribologically active friction coating (11; 21; 22; 31), wherein before a powder coating is applied, the carrier element (3; 33) is heated to such an extent that the powder coating applied to the heated carrier element (3; 33) forms a sufficiently thick powder coating layer which cures on the carrier element (3; 33) to form a tribologically active friction coating (11; 21; 22; 31), wherein the carrier element (3; 33) is heated to 150 to 250 degrees before the powder coating is deposited, characterised in that there are added to the powder coating extenders by means of which the flowability of the powder coating is reduced to such an extent that, on the carrier element (3; 33) mounted preferably perpendicularly or upright, no drops or projections form in or on the powder coating layer on curing.
Apparatus for production of pulverulent poly(meth)acrylate, comprising a reactor for droplet polymerization which has an apparatus for dropletization of a monomer solution for the production of the poly(meth)acrylate with holes through which the monomer solution is introduced, has an addition point for a gas above the apparatus for dropletization, has at least one gas withdrawal point on the periphery of the reactor , has a fluidized bed and has an apparatus for product discharge from the fluidized bed , characterized in that the apparatus for product discharge comprises a discharge apparatus , wherein, above the discharge apparatus , there is arranged a backing-up segment which is designed in such a way that, during operation, product accumulates in the backing-up segment, wherein, as a result of the backing-up of the product, compaction occurs and the backing-up segment thus serves as a gas barrier, and wherein the backing-up segment has an upper sensor for detecting a maximum fill level and a lower sensor for detecting a minimum fill level , and the lower sensor is configured in such a way that the polymer discharge is ended as soon as the fill level reaches the lower sensor.
A process for the preparation of a meat analogue product comprising a textured plant protein, a binder, a flavor, vegetable fat and a colorant, the process comprising the steps of: a) mixing the textured plant protein with water; b) adding the binder, the flavor and the colorants, and further mixing to a mass; c) cooling the mass and adding ground fat having an average particle size of 1-3 mm, and further mixing; wherein the textured plant protein is hydrated between 65 to 85%, preferably between 70-80%, in the meat analogue product and wherein the meat analogue product has a visual marbled aspect due to the presence of the fat. a) mixing the textured plant protein with water; b) adding the binder, the flavor and the colorants, and further mixing to a mass; c) cooling the mass and adding ground fat having an average particle size of 1-3 mm, and further mixing;
WIND TURBINE CONTROL METHOD, wherein the wind turbine is of the type comprising a rotor, a generator, a frequency converter, a control unit and means for connecting to a wind farm, said method comprising the steps: - calculation of a voltage error (ΔV) based on a reference value of local reference voltage (V REF ) and a measured local voltage (V MED ) - calculation of at least one initial reference value of reactive power (Q T , Q C , Q S ) to be generated based on the voltage error (ΔV), characterized in that it is operational throughout the voltage range and further comprises the following steps: - limitation of the initial reference value of reactive power (Q T , Q C , Q S ) by applying limits (Q _MAX , Q _MIN , Q C_MAX , Q C_MIN , Q S_MAX , Q S_MIN ) calculated on the basis of the local voltage measured (V MED ), thus obtaining at least one final reference value of reactive power (Q _REF , Q C_REF , Q s_REF ); - calculation of a maximum limit of active power (P _MAX ) depending on the final reference value of reactive power (Q _REF , Q s_REF ) and the apparent power available at that time; - calculation of a correction term of a blade pitch angle (Δβ) according to the difference between the maximum limit of active power (P _MAX ) which can be discharged to the grid and an indicative value of the mechanical power available (P _MEC ); and - application of the correction term of the blade pitch angle (Δβ) to the wind turbine. - calculation of a voltage error (ΔV) based on a reference value of local reference voltage (V REF ) and a measured local voltage (V MED ) - calculation of at least one initial reference value of reactive power (Q T , Q C , Q S ) to be generated based on the voltage error (ΔV), characterized in that it is operational throughout the voltage range and further comprises the following steps: - limitation of the initial reference value of reactive power (Q T , Q C , Q S ) by applying limits (Q _MAX , Q _MIN , Q C_MAX , Q C_MIN , Q S_MAX , Q S_MIN ) calculated on the basis of the local voltage measured (V MED ), thus obtaining at least one final reference value of reactive power (Q _REF , Q C_REF , Q s_REF ); - calculation of a maximum limit of active power (P _MAX ) depending on the final reference value of reactive power (Q _REF , Q s_REF ) and the apparent power available at that time; - calculation of a correction term of a blade pitch angle (Δβ) according to the difference between the maximum limit of active power (P _MAX ) which can be discharged to the grid and an indicative value of the mechanical power available (P _MEC ); and - application of the correction term of the blade pitch angle (Δβ) to the wind turbine.
An electrical fuse fatigue assessment system comprising: a controller configured to monitor a fuse fatigue parameter over a period of time while the electrical fuse is connected to an energized electrical power system; and a circuit connected in electrical parallel with the electrical fuse , the circuit including a current source configured for injecting current across the electrical fuse ; wherein the controller is configured to measure a resistance of the electrical fuse based on the injected current across the electrical fuse ; wherein the controller is configured to assess the monitored fuse fatigue parameter in reference to the measured resistance; and wherein, based on the assessed monitored fuse fatigue parameter, the controller is further configured to determine at least one of a consumed service life of the electrical fuse or a service life remaining of the electrical fuse . a controller configured to monitor a fuse fatigue parameter over a period of time while the electrical fuse is connected to an energized electrical power system; and a circuit connected in electrical parallel with the electrical fuse , the circuit including a current source configured for injecting current across the electrical fuse ; wherein the controller is configured to measure a resistance of the electrical fuse based on the injected current across the electrical fuse ; wherein the controller is configured to assess the monitored fuse fatigue parameter in reference to the measured resistance; and wherein, based on the assessed monitored fuse fatigue parameter, the controller is further configured to determine at least one of a consumed service life of the electrical fuse or a service life remaining of the electrical fuse .
Apparatus for burning in electronic components , which comprises several assemblies placed in a holder , each assembly comprising a printed circuit board on which are placed sockets intended to receive electronic components comprising at least one DDR3 - or higher - SDRAM memory, and a burn-in driver circuit , the holder being at room temperature, each assembly comprising a single chamber that is regulated to a temperature T° > 80 °C, in which at least four sockets are placed, the printed circuit board forming one wall of the chamber, the burn-in driver circuit being soldered directly to the printed circuit board on the outer side of the chamber, with a single burn-in driver circuit per chamber, and the assembly furthermore comprising means for dissipating only the thermal energy of operation of the burn-in driver circuit, wherein the distance on the printed circuit board between the burn-in driver circuit and the sockets closest to the burn-in driver circuit is smaller than 8 cm.
A photo-piezoelectric generator of electrical energy from light energy, the generator comprising a casing and an elastic converting element mounted within the casing, wherein said converting element is configured to cyclically deform, due to being illuminated by light, between a first position and a second position while the generator is under constant illumination by light energy.
A method implemented on an electronic device and comprising: launching a user interface on the electronic device , the user interface enabling determination of a location of a wireless accessory that is associated with the electronic device ; generating a set of public keys included within a signal broadcast by the wireless accessory , the signal broadcast during a first period; sending hashes of the set of public keys to a server with a request to return location data that corresponds with the set of public keys; in response to receipt of location data from the server , decrypting the location data using a private key associated with the set of public keys; processing the location data to determine a probable location for the wireless accessory ; and displaying the probable location for the wireless accessory via the user interface . launching a user interface on the electronic device , the user interface enabling determination of a location of a wireless accessory that is associated with the electronic device ; generating a set of public keys included within a signal broadcast by the wireless accessory , the signal broadcast during a first period; sending hashes of the set of public keys to a server with a request to return location data that corresponds with the set of public keys; in response to receipt of location data from the server , decrypting the location data using a private key associated with the set of public keys; processing the location data to determine a probable location for the wireless accessory ; and displaying the probable location for the wireless accessory via the user interface .
Insulated metal substrate for a power semiconductor device comprising - a metal base , - a dielectric layer arranged on the metal base , - an electrically conductive layer arranged on the dielectric layer , and - a reinforcement structure , wherein - the reinforcement structure is arranged in a peripheral region of the insulated metal substrate at least partially surrounding a central region of the insulated metal substrate , - the reinforcement structure does not protrude beyond the metal base in lateral directions, and - the reinforcement structure consists of a metal. - a metal base , - a dielectric layer arranged on the metal base , - an electrically conductive layer arranged on the dielectric layer , and - a reinforcement structure , wherein - the reinforcement structure is arranged in a peripheral region of the insulated metal substrate at least partially surrounding a central region of the insulated metal substrate , - the reinforcement structure does not protrude beyond the metal base in lateral directions, and - the reinforcement structure consists of a metal.
Method for producing a mixture comprising at least one compound (I) having at least two hydroxy and/or amino groups, wherein the method comprises the following steps: a) providing at least one biomass material, preferably husks and/or bark, in particular tree bark and/or cork, b) treating the at least one biomass material from step a) with at least one first organic solvent at elevated temperature, namely > 20°C, preferably at 30-200°C, c) separating off the solid from the mixture obtained after step b), d) treating the solid obtained after step c) with at least one second solvent under basic conditions at elevated temperature, namely > 20°C, preferably at 30-200°C, e) separating off the liquid phase from the mixture obtained after step d), f) at least partially removing the at least one second solvent from the liquid phase obtained after step e), g) reacting the mixture obtained after step f) with at least one compound (II) having at least two hydroxy and/or amino groups. a) providing at least one biomass material, preferably husks and/or bark, in particular tree bark and/or cork, b) treating the at least one biomass material from step a) with at least one first organic solvent at elevated temperature, namely > 20°C, preferably at 30-200°C, c) separating off the solid from the mixture obtained after step b), d) treating the solid obtained after step c) with at least one second solvent under basic conditions at elevated temperature, namely > 20°C, preferably at 30-200°C, e) separating off the liquid phase from the mixture obtained after step d), f) at least partially removing the at least one second solvent from the liquid phase obtained after step e), g) reacting the mixture obtained after step f) with at least one compound (II) having at least two hydroxy and/or amino groups.
Container treatment system for producing plastics containers , comprising a blow moulding machine which is designed to heat preforms and to shape the preforms in blow moulds to form the plastics containers , comprising a conveyor for transporting the plastics containers at least after shaping, and comprising a cooling device arranged on the conveyor for cooling the plastics containers after shaping, characterised in that the cooling device for cooling the plastics containers comprises at least one applicator for carbon dioxide snow.
A device comprising: a head-mountable frame comprising a housing arranged on at least one side arm , wherein the housing is formed by a union of a superior surface , an inferior surface , an anterior surface , a posterior surface and two side surfaces; a first input interface arranged on either the superior surface or the inferior surface of the housing; a second input interface arranged on a surface of the housing that is opposite to the first input interface; and a control system configured to: receive first input data from the first input interface, wherein the first input data corresponds to a first input action, and responsive to the receipt of the first input data, cause a camera of the device to perform a first camera operation in accordance with the first input action, and receive second input data from the second input interface, wherein the second input data corresponds to one or more second input actions on the second input interface, and responsive to the receipt of the second input data, cause the camera to perform a second camera operation that is different from the first camera operation, wherein a camera operation comprises an adjustment, modification, or selection of one or more camera parameters. a head-mountable frame comprising a housing arranged on at least one side arm , wherein the housing is formed by a union of a superior surface , an inferior surface , an anterior surface , a posterior surface and two side surfaces; a first input interface arranged on either the superior surface or the inferior surface of the housing; a second input interface arranged on a surface of the housing that is opposite to the first input interface; and a control system configured to: receive first input data from the first input interface, wherein the first input data corresponds to a first input action, and responsive to the receipt of the first input data, cause a camera of the device to perform a first camera operation in accordance with the first input action, and receive second input data from the second input interface, wherein the second input data corresponds to one or more second input actions on the second input interface, and responsive to the receipt of the second input data, cause the camera to perform a second camera operation that is different from the first camera operation, wherein a camera operation comprises an adjustment, modification, or selection of one or more camera parameters. receive first input data from the first input interface, wherein the first input data corresponds to a first input action, and responsive to the receipt of the first input data, cause a camera of the device to perform a first camera operation in accordance with the first input action, and receive second input data from the second input interface, wherein the second input data corresponds to one or more second input actions on the second input interface, and responsive to the receipt of the second input data, cause the camera to perform a second camera operation that is different from the first camera operation, wherein a camera operation comprises an adjustment, modification, or selection of one or more camera parameters.
A suspension assembly for a heavy-duty vehicle comprising: an air spring (30;124;224;324;424;524;624;724); an air reservoir (38;105;205;305;405;605;705) external to the air spring, said external air reservoir being in fluid communication with said air spring through means for restricting air flow between them, for providing damping characteristics to the air spring, said air reservoir being incorporated into a component of the vehicle selected from an axle , a beam (118;218) of the suspension assembly, a main member of a slider box or vehicle frame, a cross member of a slider box or a vehicle frame, an air spring spacer , and a tank disposed generally adjacent said suspension assembly, said means for restricting air flow having a diameter of from 6.35 to 25.4 mm (0.25 to 1.00 inches) and a length of at least 3.175 mm (0.125 inches), and the ratio of the volume of the air reservoir to the volume of the air spring being less than 1:2.5. an air spring (30;124;224;324;424;524;624;724); an air reservoir (38;105;205;305;405;605;705) external to the air spring, said external air reservoir being in fluid communication with said air spring through means for restricting air flow between them, for providing damping characteristics to the air spring, said air reservoir being incorporated into a component of the vehicle selected from an axle , a beam (118;218) of the suspension assembly, a main member of a slider box or vehicle frame, a cross member of a slider box or a vehicle frame, an air spring spacer , and a tank disposed generally adjacent said suspension assembly, said means for restricting air flow having a diameter of from 6.35 to 25.4 mm (0.25 to 1.00 inches) and a length of at least 3.175 mm (0.125 inches), and the ratio of the volume of the air reservoir to the volume of the air spring being less than 1:2.5.