mhurhangee/ep-ind-claims huggingface dataset:
An object (PRVR) for proving authenticity, the object comprising: - a secret generation means arranged to generate a secret using a physical token, the physical token being challengeable in order to evoke a unique response from the physical token, the secret being generated from said response, the secret generation means being arranged to: - generate a response using the physical token, and - combine the response with a helper data, and apply an Error Correcting Code, the object further characterized in that it comprises: - a first communication means for communicating with an apparatus for verifying authenticity (VERF) - a storage means for storing a signed public value, the public value based on the secret and resulting from application of a function to the secret, wherein the function is selected such that it is computationally expensive to establish the secret given the public value; and - a first zero knowledge protocol means (ZKPM1) arranged to conduct a zero knowledge protocol with the apparatus for verifying authenticity (VERF), in order to prove to the apparatus for verifying authenticity (VERF), with a pre-determined probability, that the object (PRVR) has access to the physical token, using the secret, the secret S being generated anew each time the secret S is needed by the first zero knowledge protocol means. - a secret generation means arranged to generate a secret using a physical token, the physical token being challengeable in order to evoke a unique response from the physical token, the secret being generated from said response, the secret generation means being arranged to: - generate a response using the physical token, and - combine the response with a helper data, and apply an Error Correcting Code, the object further characterized in that it comprises: - a first communication means for communicating with an apparatus for verifying authenticity (VERF) - a storage means for storing a signed public value, the public value based on the secret and resulting from application of a function to the secret, wherein the function is selected such that it is computationally expensive to establish the secret given the public value; and - a first zero knowledge protocol means (ZKPM1) arranged to conduct a zero knowledge protocol with the apparatus for verifying authenticity (VERF), in order to prove to the apparatus for verifying authenticity (VERF), with a pre-determined probability, that the object (PRVR) has access to the physical token, using the secret, the secret S being generated anew each time the secret S is needed by the first zero knowledge protocol means.
Method for preparing a dry powder comprising a long-chain RNA molecule, wherein the method comprises the following steps: a) providing a liquid comprising the long-chain RNA molecule as a complex with a cationic or polycationic compound, b) drying the liquid provided in step a) by spray-drying, wherein the long-chain RNA molecule comprises at least 250 nucleotides, wherein the long-chain RNA molecule is in a complex with a cationic or polycationic compound, wherein T inlet is at least 85°C and T outlet is at least 50°C. a) providing a liquid comprising the long-chain RNA molecule as a complex with a cationic or polycationic compound, b) drying the liquid provided in step a) by spray-drying, wherein the long-chain RNA molecule comprises at least 250 nucleotides, wherein the long-chain RNA molecule is in a complex with a cationic or polycationic compound, wherein T inlet is at least 85°C and T outlet is at least 50°C.
Method for operating a vehicle, wherein the vehicle is guided by remote control in a car park in such a way that a predetermined minimum distance from mobile objects in the surroundings of the vehicle is maintained, wherein in order to maintain the predetermined minimum distance the vehicle is guided into one of a plurality of parked positions of the car park, and wherein the parked position is determined as a function of a parameter, and wherein the parameter describes an instantaneous and/or expected traffic situation in the car park, characterized in that if the instantaneous and/or expected traffic situation comprises an absence of oncoming traffic and comprises a following vehicle, the vehicle is guided into that parked position which is provided furthest away in the car park with respect to the instantaneous position of said vehicle, and/or if the instantaneous and/or expected traffic situation comprises a presence of oncoming traffic and comprises an absence of a following vehicle, the vehicle is guided into that parked position which is closest in the car park with respect to the instantaneous position of said vehicle, and/or if the instantaneous and/or expected traffic situation comprises a presence of oncoming traffic and a presence of a following vehicle, the vehicle is guided into that parked position which is provided closest in the car park with respect to the instantaneous position of said vehicle.
A method of preparing a process model comprising: defining a nominal process recipe for transferring a pattern from an overlying layer having a first critical dimension to an underlying layer having a second critical dimension on a substrate, wherein said nominal process recipe comprises at least one variable parameter and at least one constant parameter; accumulating trim amount data as a function of said at least one variable parameter by measuring the trim amount for one or more values of said at least one variable parameter; whereby the trim amount is the difference between the first and second critical dimension; and curve-fitting said trim amount data as a function of said at least one variable parameter; wherein said curve-fitting includes fitting said trim amount data as a function of said variable parameter with an expression of the form y = (x+a) /(bx+c), where a, b, and c are constants, and where x is the at least one variable parameter and y is the trim amount. defining a nominal process recipe for transferring a pattern from an overlying layer having a first critical dimension to an underlying layer having a second critical dimension on a substrate, wherein said nominal process recipe comprises at least one variable parameter and at least one constant parameter; accumulating trim amount data as a function of said at least one variable parameter by measuring the trim amount for one or more values of said at least one variable parameter; whereby the trim amount is the difference between the first and second critical dimension; and curve-fitting said trim amount data as a function of said at least one variable parameter; wherein said curve-fitting includes fitting said trim amount data as a function of said variable parameter with an expression of the form y = (x+a) /(bx+c), where a, b, and c are constants, and where x is the at least one variable parameter and y is the trim amount.
A hanger device comprising: a body (11, 110) having at least one opening to allow air to be drawn into the body (11, 110) and at least one discharge port (1207, 1223b, or 1223c) to allow the drawn air to be pushed out of the body (11, 110); a fan module (15, 15a) provided inside the body (11, 110); a filter configured to remove foreign substances contained in the air being drawn in by the fan module (15, 15a); a hanging unit (50, 50a) extending from the body (11, 110); and at least one wind guard provided in front of the hanging unit (50, 50a), characterized by a sterilization module provided on the wind guard. a body (11, 110) having at least one opening to allow air to be drawn into the body (11, 110) and at least one discharge port (1207, 1223b, or 1223c) to allow the drawn air to be pushed out of the body (11, 110); a fan module (15, 15a) provided inside the body (11, 110); a filter configured to remove foreign substances contained in the air being drawn in by the fan module (15, 15a); a hanging unit (50, 50a) extending from the body (11, 110); and at least one wind guard provided in front of the hanging unit (50, 50a), characterized by a sterilization module provided on the wind guard.
Device for services related to providing hot water, to water treatment, to the cleaning of any fixed or mobile surfaces, the device being mobile and comprising an internal chassis housing in the lower part a tank for recovering possible fluids and a subassembly for producing hot water with at least one condensing boiler associated with at least one module for supplying gas formed by a plurality of gas reservoirs storing in their internal volume the gas in the liquid state in the lower part and in the gaseous state in the upper part, said reservoirs each being equipped with a pipe for passage of the gas connecting the upper part containing the gas in the gaseous state to an opening orifice, - a subassembly for treating liquid, - a subassembly for metered injection of cold water, CHARACTERIZED BY THE FACT THAT the device consists of a vehicle of the truck or van type equipped with a useful volume in which the chassis and the various subassemblies (300, 400, 500) on the chassis are disposed, and the functional subassembly for treating liquid is a subassembly for treating liquid by dissolution of a solid treatment product in a flow of said liquid, said solid treatment product being packaged in the form of tablets stacked in interchangeable cartridges being removably fastened in a base, the base into which said cartridge is inserted being equipped with a tank for recovering the water capable of leaking during the changing of the cartridge. - a subassembly for treating liquid, - a subassembly for metered injection of cold water, CHARACTERIZED BY THE FACT THAT the device consists of a vehicle of the truck or van type equipped with a useful volume in which the chassis and the various subassemblies (300, 400, 500) on the chassis are disposed, and the functional subassembly for treating liquid is a subassembly for treating liquid by dissolution of a solid treatment product in a flow of said liquid, said solid treatment product being packaged in the form of tablets stacked in interchangeable cartridges being removably fastened in a base, the base into which said cartridge is inserted being equipped with a tank for recovering the water capable of leaking during the changing of the cartridge.
Ground station of a tropospheric wind generator, of the type adapted to deviate tethers connecting at least one kite through at least one lever capable of being oriented, comprising a carrier structure surmounted by a first motored joint adapted to allow a free swinging rotation of the lever capable of being oriented and a second motored joint adapted to allow a free lifting rotation of the lever capable of being oriented and a machine room, characterized in that said carrier structure comprises a reticular shell composed of radial curved rods having the ends connected by two or more horizontal rings (32, 33) to allow deformations adapted to absorb and dampen force peaks transmitted by said at least one kite, said radial curved rods being angularly at the same distance and connected to at least one pair of said horizontal rings (32, 33) respectively placed at the lower end at the level of the bearing ground and at the upper end at the level of said first motored joint.
A method for the electro-metallization, in particular chromium plating, of a component realized as a plastic molded part, a covering varnish being applied to the component and the component being metallized afterwards, the covering varnish being applied to the application surface by means of a brush, characterized in that a relative movement between the brush and the application surface of the component is realized by means of automatic relative movement means in order to apply the covering varnish and that a covering varnish reservoir supplies the brush via a covering varnish supply line during the application, in particular in a continuous manner, and that the relative movement means realize the relative movement in such a manner that the brush and/or the component is/are guided along a defined and/or definable movement path.
A system for cooling a generator and an electric power cable connected to the generator, the generator and the electric power cable being disposed in a hot section of a turbo-fan engine, the system comprising:a junction box;a bypass air duct that supplies, to the junction box, air extracted from a portion of a bypass flow path of the turbo-fan engine on a side further downstream than a fan outlet;a core air duct that supplies, to the junction box, air extracted from a portion of a core flow path of the turbo-fan engine on a side further upstream than a compressor outlet; and a cooling air duct that extends from the junction box to a space in which the generator is accommodated and accommodates the electric power cable inside the cooling air duct,wherein valves (62V, 63V) that are able to be independently controlled to open and close are provided at downstream ends of the bypass air duct and the core air duct.
An HVAC field device comprising a plurality of HVAC device blocks (201,202), the device comprising: a) a base HVAC device block comprising: a base housing; an electric motor configured to drive an actuated part, and/or a sensor for the measurement of an operational parameter of an HVAC system; a base control module connected to the electric motor, and/or the sensor; a base NFC circuit connected to the base control module; and b) a first add-on HVAC device block comprising: an add-on housing; and a first add-on NFC antenna, wherein the base HVAC device block and the first add-on HVAC device block are mechanically connected (212,213), and wherein the first add-on NFC antenna is electrically connected to the base HVAC device block. a) a base HVAC device block comprising: a base housing; an electric motor configured to drive an actuated part, and/or a sensor for the measurement of an operational parameter of an HVAC system; a base control module connected to the electric motor, and/or the sensor; a base NFC circuit connected to the base control module; and a base housing; an electric motor configured to drive an actuated part, and/or a sensor for the measurement of an operational parameter of an HVAC system; a base control module connected to the electric motor, and/or the sensor; a base NFC circuit connected to the base control module; b) a first add-on HVAC device block comprising: an add-on housing; and a first add-on NFC antenna, an add-on housing; and a first add-on NFC antenna, wherein the base HVAC device block and the first add-on HVAC device block are mechanically connected (212,213), and wherein the first add-on NFC antenna is electrically connected to the base HVAC device block.
A sheet feeder comprising: an attraction body disposed facing an upper surface of a bundle of sheets including an uppermost sheet; a charger (3, 4) disposed above the attraction body, the charger (3, 4) to charge a surface of the attraction body such that the attraction body electrostatically attracts the uppermost sheet of the bundle of sheets; characterised in that the sheet feeder further comprises: a liquid supplier to supply a liquid to the attraction body, the liquid to dissolve discharge products; and a liquid remover to remove the liquid supplied by the liquid supplier from the attraction body. an attraction body disposed facing an upper surface of a bundle of sheets including an uppermost sheet; a charger (3, 4) disposed above the attraction body, the charger (3, 4) to charge a surface of the attraction body such that the attraction body electrostatically attracts the uppermost sheet of the bundle of sheets; characterised in that the sheet feeder further comprises: a liquid supplier to supply a liquid to the attraction body, the liquid to dissolve discharge products; and a liquid remover to remove the liquid supplied by the liquid supplier from the attraction body. a liquid supplier to supply a liquid to the attraction body, the liquid to dissolve discharge products; and a liquid remover to remove the liquid supplied by the liquid supplier from the attraction body.
A carrier for carrying an array of containers comprising: a plastic sheet having a generally smooth surface and a plurality of container apertures formed therein, wherein the plastic sheet is generally transparent, wherein the plastic sheet includes a matte finish on at least one desired portion of the plastic sheet characterized in that the matte finish is printed via flexography. wherein the plastic sheet includes a matte finish on at least one desired portion of the plastic sheet characterized in that the matte finish is printed via flexography.
A method for calibrating an assay for sFlt-1 and/or PlGF in a sample comprising the steps of: contacting a reference, calibrator or control composition comprising PlGF and sFlt-1 for use in an assay for sFlt-1 and/or PlGF with a receptor specific for sFlt-1 or a receptor specific for PlGF, wherein one or more amino acids or one or more non-amino acid groups of sFlt-1 and/or of PlGF have been deleted, modified, or replaced with a different amino acid or non-amino acid group or groups thereby reducing or substantially eliminating mutual binding of sFlt-1 and PlGF; and, contacting complexes formed in step 1) with a labeled receptor specific for sFlt-1 and/or a labeled receptor specific for PlGF; and, separating bound labeled receptor specific for sFlt-1 from free labeled receptor specific for sFlt-1 or bound labeled receptor specific for PlGF from free labeled receptor specific for PlGF; and, detecting a signal from bound labeled receptor specific for sFlt-1 complexed with sFlt-1 of the composition or a signal from free labeled receptor specific for sFlt-1; or, detecting a signal from bound labeled receptor specific for PlGF complexed with PlGF of the composition or a signal from free labeled receptor specific for PlGF; and, associating the signal from free or bound labeled receptor specific for sFlt-1or associating the signal from free or bound labeled receptor specific for PlGF with the known amounts of sFlt-1 or PlGF in the composition. contacting a reference, calibrator or control composition comprising PlGF and sFlt-1 for use in an assay for sFlt-1 and/or PlGF with a receptor specific for sFlt-1 or a receptor specific for PlGF, wherein one or more amino acids or one or more non-amino acid groups of sFlt-1 and/or of PlGF have been deleted, modified, or replaced with a different amino acid or non-amino acid group or groups thereby reducing or substantially eliminating mutual binding of sFlt-1 and PlGF; and, contacting complexes formed in step 1) with a labeled receptor specific for sFlt-1 and/or a labeled receptor specific for PlGF; and, separating bound labeled receptor specific for sFlt-1 from free labeled receptor specific for sFlt-1 or bound labeled receptor specific for PlGF from free labeled receptor specific for PlGF; and, detecting a signal from bound labeled receptor specific for sFlt-1 complexed with sFlt-1 of the composition or a signal from free labeled receptor specific for sFlt-1; or, detecting a signal from bound labeled receptor specific for PlGF complexed with PlGF of the composition or a signal from free labeled receptor specific for PlGF; and, associating the signal from free or bound labeled receptor specific for sFlt-1or associating the signal from free or bound labeled receptor specific for PlGF with the known amounts of sFlt-1 or PlGF in the composition.
Processing apparatus for poultry comprising one or more transfer units placed intermediate and conveying poultry from a first line to a subsequent second line, wherein both the first line and the second line are selected from the group comprising a slaughtering line, an evisceration line, a chilling line, a sorting line, a cutup line (7, 8) and/or another type of line or lines, wherein each transfer unit is embodied with a circulating support onto which a plurality of transfer means are mounted that in a not obstructed situation do not carry out a relative movement with respect to the support, yet in an obstructed situation are able to move relative to the support, and that the circulating support is arranged to convey the transfer means between a supply station (3.1; 4.1; 5.1; 6.11, 6.12) at the side of the first line and a discharge station (4.0; 5.0; 6.0; 7.0; 8.0) at the side of the second line and vice versa, characterized in that the circulating support comprises material that is magnetically conductive and that the transfer means are provided with at least one magnet so as to induce eddy currents in the circulating support that counteracts relative motion between the transfer means and the circulating support.
An antenna system configured to provide wireless power to a device implanted in a body of an individual, the antenna system comprising: a primary antenna loop configured to receive power from a power source and radiate the power toward an implanted device; a plurality of parasitic antenna loops disposed around the primary antenna loop without overlapping the primary antenna loop; and an electrically insulating isolation layer configured to isolate the antenna system from the surface of the skin of the individual, wherein the plurality of parasitic antenna loops is configured to form a constructive interference pattern that reduces the specific absorption rate of the radiated power at the surface of the skin of the individual and focuses the radiated power as it travels toward the device implanted in the body of the individual. a primary antenna loop configured to receive power from a power source and radiate the power toward an implanted device; a plurality of parasitic antenna loops disposed around the primary antenna loop without overlapping the primary antenna loop; and an electrically insulating isolation layer configured to isolate the antenna system from the surface of the skin of the individual, wherein the plurality of parasitic antenna loops is configured to form a constructive interference pattern that reduces the specific absorption rate of the radiated power at the surface of the skin of the individual and focuses the radiated power as it travels toward the device implanted in the body of the individual.
A drive unit for a motor vehicle, comprising - an internal combustion engine which comprises a combustion engine and an exhaust gas system via which exhaust gas can be discharged from the combustion engine, and - a cyclic process device which comprises an evaporation device integrated into the exhaust gas system, an expansion device and a condensation device, the condensation device comprising a first condenser which adjoins the expansion device and through which a working medium can flow, and a second condenser through which the working medium can flow and which is connected downstream of the first condenser in the flow direction of the working medium, characterized by a bypass for bypassing the working medium to the first condenser as required. - an internal combustion engine which comprises a combustion engine and an exhaust gas system via which exhaust gas can be discharged from the combustion engine, and - a cyclic process device which comprises an evaporation device integrated into the exhaust gas system, an expansion device and a condensation device,