mhurhangee/patent-ind-claim-en huggingface dataset:
A method for detecting a shaft event of a gas turbine engine , the method comprising: monitoring at least one engine parameter and comparing the at least one engine parameter to a schedule for the at least one parameter defining a first threshold and a second threshold greater than the first threshold ; applying a limit to the at least one engine parameter when the at least one engine parameter is inside a parameter limiting region between the first threshold and the second threshold , the first threshold separating the parameter limiting region from a normal operating region, the second threshold separating the parameter limiting region from a hazardous operating region; and detecting the shaft event when the at least one engine parameter crosses the second threshold and issuing a signal in response to the detecting. monitoring at least one engine parameter and comparing the at least one engine parameter to a schedule for the at least one parameter defining a first threshold and a second threshold greater than the first threshold ; applying a limit to the at least one engine parameter when the at least one engine parameter is inside a parameter limiting region between the first threshold and the second threshold , the first threshold separating the parameter limiting region from a normal operating region, the second threshold separating the parameter limiting region from a hazardous operating region; and detecting the shaft event when the at least one engine parameter crosses the second threshold and issuing a signal in response to the detecting.
An injection device comprising: a. a housing having a first longitudinal axis; b. a medicament cartridge holder ; and c. a drive assembly , including a drive shaft arranged concentrically about said first longitudinal axis, characterised in that the drive assembly further comprises a worm gear and means engageable between the drive shaft and the worm gear which, when engaged, rotationally locks the drive shaft and worm gear together, the worm gear being engaged in a rack , wherein rotation of said worm gear causes the rack to advance axially forward or backward with respect to said worm gear to provide an axial force for ejecting a dose of medicament from the injection device , and wherein said medicament cartridge holder and at least one of said worm gear and said rack is arranged around a second longitudinal axis which is substantially parallel to but offset from the first longitudinal axis. a. a housing having a first longitudinal axis; b. a medicament cartridge holder ; and c. a drive assembly , including a drive shaft arranged concentrically about said first longitudinal axis,
An electrode comprising an electrode active material layer which comprises an electrode active material, a hydrogenated nitrile butadiene rubber, and a conductive agent; wherein the conductive agent comprises a carbon nanotube structure in which 2 to 5,000 single-walled carbon nanotube units are bonded to each other; and wherein the carbon nanotube structure is included in the electrode active material layer in an amount of 0.01-0.5 wt%. wherein the conductive agent comprises a carbon nanotube structure in which 2 to 5,000 single-walled carbon nanotube units are bonded to each other; and wherein the carbon nanotube structure is included in the electrode active material layer in an amount of 0.01-0.5 wt%.
A gas turbine engine , comprising: a first case for a combustor section of the gas turbine engine, having an inner surface that extends between a first case first end and a first case second end ; and a combustor vane support lock coupled to a turbine vane support by a fastener that extends through the combustor vane support lock and is received within the turbine vane support disposed adjacent to the combustor vane support lock, both the combustor vane support lock and the turbine vane support disposed in the first case, the turbine vane support having a first portion located between the first case and a combustor of the combustor section, and a second portion located between a second case and a turbine vane of a turbine section of the gas turbine engine; characterised in that the gas turbine engine comprises a heat shield having a first heat shield end , a second heat shield end , an exterior surface that extends between the first heat shield end and the second heat shield end, and an interior surface disposed opposite the exterior surface that extends between the first heat shield end and the second heat shield end, the interior surface defines a rib that extends towards the combustor vane support lock, and the combustor vane support lock defines a slot configured to receive the rib of the heat shield . a first case for a combustor section of the gas turbine engine, having an inner surface that extends between a first case first end and a first case second end ; and a combustor vane support lock coupled to a turbine vane support by a fastener that extends through the combustor vane support lock and is received within the turbine vane support disposed adjacent to the combustor vane support lock, both the combustor vane support lock and the turbine vane support disposed in the first case, the turbine vane support having a first portion located between the first case and a combustor of the combustor section, and a second portion located between a second case and a turbine vane of a turbine section of the gas turbine engine; characterised in that the gas turbine engine comprises a heat shield having a first heat shield end , a second heat shield end , an exterior surface that extends between the first heat shield end and the second heat shield end, and an interior surface disposed opposite the exterior surface that extends between the first heat shield end and the second heat shield end, the interior surface defines a rib that extends towards the combustor vane support lock, and the combustor vane support lock defines a slot configured to receive the rib of the heat shield .
A method for noise distribution shaping for CDMA coded signals comprising the acts of - generating a blanking control signal by comparing a received CDMA coded signal with at least one blanking threshold (S10), - adapting the at least one blanking threshold or the received CDMA coded signal according to an offset value depending on the amplitude of the received CDMA coded signal (S12, S13, S14), wherein the amplitude of the received CDMA coded signal is calculated based on the estimated power P est of the received CDMA coded signal and the offset value is calculated from the calculated amplitude of the received CDMA coded signal, by multiplying the square root of the estimated power P est with a scaling factor being +1 or -1 depending on the chip values of the CDMA coded signal, and - modifying the noise distribution of the received CDMA coded signal by applying blanking of the received CDMA coded signal under control of the blanking control signal (S16). - generating a blanking control signal by comparing a received CDMA coded signal with at least one blanking threshold (S10), - adapting the at least one blanking threshold or the received CDMA coded signal according to an offset value depending on the amplitude of the received CDMA coded signal (S12, S13, S14), wherein the amplitude of the received CDMA coded signal is calculated based on the estimated power P est of the received CDMA coded signal and the offset value is calculated from the calculated amplitude of the received CDMA coded signal, by multiplying the square root of the estimated power P est with a scaling factor being +1 or -1 depending on the chip values of the CDMA coded signal, and - modifying the noise distribution of the received CDMA coded signal by applying blanking of the received CDMA coded signal under control of the blanking control signal (S16).
An information storage unit comprising: an optically transmissive memory element ; an optically transmissive light-receiving device configured to receive an optical signal, at least a portion of said optical signal to pass through a material of said optically transmissive light-receiving device , from several directions, said optical signal communicating with the memory element and comprising a request for retrieving information data stored in said memory element ; and an optically transmissive control unit electrically connected to said light-receiving device and to said memory element , wherein said control unit is configured to communicate with the memory element to retrieve information data stored in said memory element based on said request; wherein said information storage unit is arranged and configured such that an optical signal transmitted from a light-emitting device external to said information storage unit propagates unguided from said external light-emitting device to said light-receiving device through said information storage unit. an optically transmissive memory element ; an optically transmissive light-receiving device configured to receive an optical signal, at least a portion of said optical signal to pass through a material of said optically transmissive light-receiving device , from several directions, said optical signal communicating with the memory element and comprising a request for retrieving information data stored in said memory element ; and an optically transmissive control unit electrically connected to said light-receiving device and to said memory element , wherein said control unit is configured to communicate with the memory element to retrieve information data stored in said memory element based on said request; wherein said information storage unit is arranged and configured such that an optical signal transmitted from a light-emitting device external to said information storage unit propagates unguided from said external light-emitting device to said light-receiving device through said information storage unit.
Computer-implemented method for determining a friction value (μ̂) of a roadway, the method comprising the following steps: providing a data set having friction measurement values (μ) of the roadway, wherein each of the friction measurement values (μ) indicates a coefficient of friction of the roadway at a measurement position (S i ) at a measurement time (t i ); wherein the method furthermore comprises the following steps: modelling a spatial and temporal relationship between at least one subset of the friction measurement values (μ) on the basis of a semivariogram; determining a weighting factor (w i ) for each friction measurement value (μ) of the subset of friction measurement values on the basis of the semivariogram; and determining a friction value (μ̂) for a roadway position (S 0 ) and for a time (t 0 ) with formation of a weighted average value, wherein the weighted average value correlates with a sum of friction measurement values (μ) - weighted with the respective weighting factors (w i ) - of the subset of friction measurement values. providing a data set having friction measurement values (μ) of the roadway, wherein each of the friction measurement values (μ) indicates a coefficient of friction of the roadway at a measurement position (S i ) at a measurement time (t i ); wherein the method furthermore comprises the following steps: modelling a spatial and temporal relationship between at least one subset of the friction measurement values (μ) on the basis of a semivariogram; determining a weighting factor (w i ) for each friction measurement value (μ) of the subset of friction measurement values on the basis of the semivariogram; and determining a friction value (μ̂) for a roadway position (S 0 ) and for a time (t 0 ) with formation of a weighted average value, wherein the weighted average value correlates with a sum of friction measurement values (μ) - weighted with the respective weighting factors (w i ) - of the subset of friction measurement values. modelling a spatial and temporal relationship between at least one subset of the friction measurement values (μ) on the basis of a semivariogram; determining a weighting factor (w i ) for each friction measurement value (μ) of the subset of friction measurement values on the basis of the semivariogram; and determining a friction value (μ̂) for a roadway position (S 0 ) and for a time (t 0 ) with formation of a weighted average value, wherein the weighted average value correlates with a sum of friction measurement values (μ) - weighted with the respective weighting factors (w i ) - of the subset of friction measurement values.
Connection system for reversibly connecting a jacket to a pair of pants , characterized in that the connection system comprises a belt cover having a loop portion , which loop portion has at least one first longitudinal edge arranged at the top in a wearing position of the belt cover and a second longitudinal edge arranged at the bottom in a wearing position of the belt cover , and through which loop portion at least part of a commercially available belt can be passed, and on which loop portion at least one connection means is arranged which can be brought into operative connection with at least one corresponding counter-connection means arranged on the jacket , the connection means being arranged in a region of the second longitudinal edge .
A medical placeholder for temporary implantation into bone cavities comprising at least one hollow body , which is expandable and defines an interior space in the interior of the hollow body , a gas infeed hose , which is connected or connectable in gas-permeable manner with the interior space of the hollow body , a gas discharge hose , which is connected or connectable in gas-permeable manner with the interior space of the hollow body , wherein the hollow body consists at least in areas or completely of at least one plastics material, wherein the hollow body or the at least one plastics material of the hollow body has a permeability coefficient for oxygen of greater than or equal to 0.5 cm 3 /(m 2 *d*bar) and a permeability coefficient for carbon dioxide of greater than or equal to 0.5 cm 3 /(m 2 *d*bar), and wherein a one-way valve is arranged in the gas infeed hose and a pressure relief valve is arranged in the gas discharge hose . a gas infeed hose , which is connected or connectable in gas-permeable manner with the interior space of the hollow body , a gas discharge hose , which is connected or connectable in gas-permeable manner with the interior space of the hollow body , wherein the hollow body consists at least in areas or completely of at least one plastics material, wherein the hollow body or the at least one plastics material of the hollow body has a permeability coefficient for oxygen of greater than or equal to 0.5 cm 3 /(m 2 *d*bar) and a permeability coefficient for carbon dioxide of greater than or equal to 0.5 cm 3 /(m 2 *d*bar), and wherein a one-way valve is arranged in the gas infeed hose and a pressure relief valve is arranged in the gas discharge hose .
Folding frame of a child's pushchair, comprising: - an upper portion having means for receiving a seat and means for guiding said pushchair, said upper portion able to have a position with the upper portion unfolded and a position with the upper portion folded, and - a lower portion having a central beam carrying at least one front wheel and two rear wheels, of which the respective supports are each connected to said central beam by a set of two parallel arms (632, 633; 642, 643), articulated on said central beam in such a way as to be able to have a position with the rear wheels unfolded and a position with the rear wheels folded, wherein said rear wheels are brought closer to said beam, characterised in that it comprises first means for blocking the folding of said lower portion, controlled by the folding of said upper portion, in such a way that the passing from the unfolded position of the rear wheels to the folded position of the rear wheels is possible only when said upper portion is in the folded position of the upper portion. - an upper portion having means for receiving a seat and means for guiding said pushchair, said upper portion able to have a position with the upper portion unfolded and a position with the upper portion folded, and - a lower portion having a central beam carrying at least one front wheel and two rear wheels, of which the respective supports are each connected to said central beam by a set of two parallel arms (632, 633; 642, 643), articulated on said central beam in such a way as to be able to have a position with the rear wheels unfolded and a position with the rear wheels folded, wherein said rear wheels are brought closer to said beam,
A device for collecting fluorescent light emitted by particles in a medium , comprising: a substrate having a chamber for holding a medium including particles being capable of emitting fluorescent light, a first waveguide arranged at the substrate and extending into the chamber , wherein the first waveguide is arranged to receive excitation light from a light source and guide the excitation light through the chamber along a first direction of the first waveguide , and to collect fluorescent light emitted by the particles following an excitation of the particles by the excitation light , and a coupler arranged at the first waveguide , characterized in that the coupler is a directional coupler and includes a second waveguide arranged to output collected fluorescent light at one of its ends, wherein the second waveguide is arranged in relation to the first waveguide such that collected fluorescent light travelling in a direction opposite to the first direction is coupled out from the first waveguide directly into the second waveguide and to output collected fluorescent light at a first end, and excitation light , coupled into the second waveguide from the first waveguide , at a second end. a substrate having a chamber for holding a medium including particles being capable of emitting fluorescent light, a first waveguide arranged at the substrate and extending into the chamber , wherein the first waveguide is arranged to receive excitation light from a light source and guide the excitation light through the chamber along a first direction of the first waveguide , and to collect fluorescent light emitted by the particles following an excitation of the particles by the excitation light , and a coupler arranged at the first waveguide , characterized in that the coupler is a directional coupler and includes a second waveguide arranged to output collected fluorescent light at one of its ends, wherein the second waveguide is arranged in relation to the first waveguide such that collected fluorescent light travelling in a direction opposite to the first direction is coupled out from the first waveguide directly into the second waveguide and to output collected fluorescent light at a first end, and excitation light , coupled into the second waveguide from the first waveguide , at a second end.
Control apparatus for a conveying apparatus , comprising one or more image-generating apparatuses for generating at least one image which depicts at least a portion of the conveying apparatus , a workpiece to be conveyed, and/or a workpiece support , and an evaluation apparatus by means of which information about a relative position between at least one first element of the conveying apparatus , the workpiece , or the workpiece support and at least one second element of the conveying apparatus , the workpiece , or the workpiece support is determinable from the at least one image, wherein at least one of the elements , the relative position of which is determinable, is a coupling element for producing a mechanical coupling between the conveying apparatus and the workpiece , between the conveying apparatus and the workpiece support , or between the workpiece support and the workpiece , characterized in that a first difference between an actual position of a first element of the conveying apparatus , the workpiece , or the workpiece support and a desired position of the first element is determinable by means of the evaluation apparatus , in that a second difference between the actual position of a second element of the conveying apparatus , the workpiece , or the workpiece support and a desired position of the second element is determinable by means of the evaluation apparatus , in that an actual distance between the first element and the second element is determinable from the first difference and the second difference by means of the evaluation apparatus, and in that the actual distance between the first element and the second element is comparable with a desired distance by means of the evaluation apparatus .
A food supplement for use in restoring male sex drive comprising: - L-arginine as a nitrogen monoxide source in an amount of 300 mg to 1000 mg, - pollen or beebread containing 40 mg to 100 mg rutin, - drone brood containing 0.4 mg to 1 mg decenoic acids, - a zinc compound containing 6 mg to 60 mg zinc, - vitamin B6 in an amount of 0.3 mg to 3 mg, and - horny goat weed extract (Epimedium) containing 20 to 150 mg icariin, - ginseng root containing 5 to 20 mg saponins, - leuzea root containing 0.1 to 30 mg ecdysteroids as daily doses. - L-arginine as a nitrogen monoxide source in an amount of 300 mg to 1000 mg, - pollen or beebread containing 40 mg to 100 mg rutin, - drone brood containing 0.4 mg to 1 mg decenoic acids, - a zinc compound containing 6 mg to 60 mg zinc, - vitamin B6 in an amount of 0.3 mg to 3 mg, and - horny goat weed extract (Epimedium) containing 20 to 150 mg icariin, - ginseng root containing 5 to 20 mg saponins, - leuzea root containing 0.1 to 30 mg ecdysteroids as daily doses.
Method of creating exposed printing plates for a printing operation on at least one offset printing press by means of a computer of a workflow system, wherein the computer collects print job data in the prepress department , generates a set of digital colour separation data to create printing plates for the colour separations, forwards them to at least one platesetter where the corresponding exposed printing plates are created and from where the printing plates are then transported to their respective at least one offset printing press as at least one printing plate stack by means of at least one plate carriage , wherein the at least one offset printing press carries out the printing operation using the generated exposed printing plates , wherein the plate carriage is assigned an unequivocal ID in the workflow system and the arrangement of the created printing plates is saved in the workflow computer under this ID, wherein the plate carriage is identified upon arrival at the offset printing press with its machine-readable code, and wherein a control computer of the offset printing press loads the print job data from the workflow system by means of the ID and guides a user through the implementation of the respective print job , characterized in that the control computer of the offset printing press loads the print job data from the workflow system in an order in which the user must take the printing plates from the respective plate carriage to process the print job and in that the control computer of the offset printing press simultaneously checks whether the order of the printing plates matches the colour assignment of printing units of the offset printing press and outputs a video or audio signal to inform the user in case of a non-match.