mhurhangee/patent-ind-claim-en huggingface dataset:
A method for monitoring fan blades for a gas turbine engine comprising: receiving, by a controller , a signal from a pressure sensor ; performing, by the controller , a time frequency analysis on the signal to calculate a power level of the signal over a range of frequencies of the signal; monitoring, by the controller , the power level of the signal over the range of frequencies; and determining, by the controller , a susceptibility to a flutter condition based on the monitoring the power level of the signal; characterised in that the pressure sensor is located downstream from the fan blades; and in that the monitoring the power level of the signal includes determining a shift in the power level of the signal from a lower frequency to a higher frequency. receiving, by a controller , a signal from a pressure sensor ; performing, by the controller , a time frequency analysis on the signal to calculate a power level of the signal over a range of frequencies of the signal; monitoring, by the controller , the power level of the signal over the range of frequencies; and determining, by the controller , a susceptibility to a flutter condition based on the monitoring the power level of the signal; characterised in that the pressure sensor is located downstream from the fan blades; and in that the monitoring the power level of the signal includes determining a shift in the power level of the signal from a lower frequency to a higher frequency.
A composition comprising an agent for use in a method of treating a neurodegenerative disease wherein the composition is administered after determining whether the subject has a mutation in the C9orf72 gene wherein said mutation prevents or disrupts C9orf72 expression relative to expression in a reference from subjects without the mutation, wherein the agent is (i) a C9orf72 protein or an active fragment thereof, (ii) an agent that promotes or mimics C9orf72 activity (iii) nucleic acid encoding C9orf72, or (iv) an antisense agent comprising an oligonucleotide that is the reverse complement to one or more copies of the 5'-GGCCCC-3' hexanucleotide repeat. (i) a C9orf72 protein or an active fragment thereof, (ii) an agent that promotes or mimics C9orf72 activity (iii) nucleic acid encoding C9orf72, or (iv) an antisense agent comprising an oligonucleotide that is the reverse complement to one or more copies of the 5'-GGCCCC-3' hexanucleotide repeat.
Use of a metal complex as p-dopant for doping a hole-conducting organic matrix material, characterized in that the metal complex is a metal complex having Lewis acid quality and acts as electron pair acceptor and the ligands are carboxylic acids or carboxylic acid anions having electron-withdrawing substituents.
N -(2-(6-fluoro-1 H -indol-3-yl)-ethyl)-3-(2,2,3,3-tetrafluoropropoxy)-benzylamine or a pharmaceutically acceptable salt thereof for use in the treatment of Alzheimer's disease, the treatment further comprising the use of donepezil or a pharmaceutically acceptable salt thereof, wherein the Alzheimer's disease patient carries one or two Ap-oE4 alleles.
A method of analyzing network access requests, comprising: receiving , at a network server an access request for service from a user; updating a frequency of access requests associated with the user, wherein the frequency of access requests corresponds to a frequency of a content of analytic information associated with the user; receiving an analysis result based at least in part on the access request; determining whether the frequency of access requests exceeds a predetermined frequency, wherein the predetermined frequency is associated with the frequency of the content of the analytic information, wherein the predetermined frequency associated with the frequency of the content of the analytic information corresponds to a set of decision principles, and wherein the set of decision principles is adjustable based at least in part on a condition associated with a network service demand at the network server ; in the event that the frequency of access requests does not exceed the predetermined frequency, allowing the access request; and in the event that the frequency of access requests is greater than the predetermined frequency, determining whether to intercept the access request from the user based at least in part on the analysis result. receiving , at a network server an access request for service from a user; updating a frequency of access requests associated with the user, wherein the frequency of access requests corresponds to a frequency of a content of analytic information associated with the user; receiving an analysis result based at least in part on the access request; determining whether the frequency of access requests exceeds a predetermined frequency, wherein the predetermined frequency is associated with the frequency of the content of the analytic information, wherein the predetermined frequency associated with the frequency of the content of the analytic information corresponds to a set of decision principles, and wherein the set of decision principles is adjustable based at least in part on a condition associated with a network service demand at the network server ; in the event that the frequency of access requests does not exceed the predetermined frequency, allowing the access request; and in the event that the frequency of access requests is greater than the predetermined frequency, determining whether to intercept the access request from the user based at least in part on the analysis result.
A baling press for agricultural crops, having a pressing channel and having at least one binding unit for a tape-shaped binding material , preferably made of a weldable or adhesively bondable plastic material, for enveloping the bale to be pressed, wherein the binding unit has a material bond generator connecting the binding material in a materially bonded manner, wherein the baling press has a pressing piston movable in the pressing channel along the longitudinal center axis of the pressing channel , and the binding unit has a front clamping device arranged between the material bond generator and the pressing piston and a rear clamping device arranged on the side of the material bond generator facing away from the pressing piston , characterized in that the front clamping device has a cutting unit .
A method for classifying a sequence of input images representing a target particle (11a-11f) in a sample over time, the method being characterised in that it comprises the implementation, by data processing means of a client , the following steps: (b) concatenating said input images of the sequence in the form of a three-dimensional stack; (c) Direct classifying said three-dimensional stack by means of a convolution neural network, CNN, said CNN being composed of a succession of convolution blocks composed of a so-called 3D convolution layer, applying to an input feature map of dimension four filters of dimension four so as to generate an output feature map of dimension four, an activation layer and a 3D pooling layer, then a flattening layer, and finally one or more fully connected layers, the succession of convolution blocks comprising at least two convolution blocks, including a first block and a second block, the 3D convolution layer of the first block applying 30 filters of dimension 3x3x3x1 and the 3D convolution layer of the second block applying 60 filters of dimension 3x3x3x30. (b) concatenating said input images of the sequence in the form of a three-dimensional stack; (c) Direct classifying said three-dimensional stack by means of a convolution neural network, CNN, said CNN being composed of a succession of convolution blocks composed of a so-called 3D convolution layer, applying to an input feature map of dimension four filters of dimension four so as to generate an output feature map of dimension four, an activation layer and a 3D pooling layer, then a flattening layer, and finally one or more fully connected layers,
A method comprising: in an interactive electronic device comprising a processor , memory , one or more sensors and communications device , detecting a context of the interactive electronic device , the context representing a signal characteristic of the interactive electronic device as received by the one or more sensors; and wirelessly transmitting a data signal from the communications device to a light controller of a lighting system in response to the detected context, characterized in that the detection of the context of the interactive electronic device comprises: detecting an amount or pattern of movement over a predetermined period of time with a Global Positioning System in the interactive electronic device ; and adjusting the data signal in response to the determined amount of movement or pattern of movement. in an interactive electronic device comprising a processor , memory , one or more sensors and communications device , detecting a context of the interactive electronic device , the context representing a signal characteristic of the interactive electronic device as received by the one or more sensors; and wirelessly transmitting a data signal from the communications device to a light controller of a lighting system in response to the detected context, characterized in that the detection of the context of the interactive electronic device comprises: detecting an amount or pattern of movement over a predetermined period of time with a Global Positioning System in the interactive electronic device ; and adjusting the data signal in response to the determined amount of movement or pattern of movement. detecting an amount or pattern of movement over a predetermined period of time with a Global Positioning System in the interactive electronic device ; and adjusting the data signal in response to the determined amount of movement or pattern of movement.
An apparatus for moving and grouping flat products having two main faces and a perimeter edge , comprising: - a first guide to which a conveyor device is associated in order to advance said products along a direction of advancement , - a transfer device located downstream of a terminal end of the first guide and rotatably mounted about an axis transversal to said direction of advancement , said transfer device being provided with rotation driving means and having at least one seat suitable for housing one of said products , and - a second guide arranged downstream of said transfer device , having a bottom wall with a longitudinal slot and being adapted to receive said products , once unloaded from the transfer device , characterized in that , the apparatus further comprises - a linear motor including a closed loop stator having a length located below the second guide , and a plurality of trolleys movable independently from each other along the stator , said trolleys having a pin which protrudes through said longitudinal slot , bringing about the formation of groups of products on said second guide , wherein said transfer device is selectively movable so as not to interfere, if desired, with the transfer of products from the first guide to the second guide . - a first guide to which a conveyor device is associated in order to advance said products along a direction of advancement , - a transfer device located downstream of a terminal end of the first guide and rotatably mounted about an axis transversal to said direction of advancement , said transfer device being provided with rotation driving means and having at least one seat suitable for housing one of said products , and - a second guide arranged downstream of said transfer device , having a bottom wall with a longitudinal slot and being adapted to receive said products , once unloaded from the transfer device , - a linear motor including a closed loop stator having a length located below the second guide , and a plurality of trolleys movable independently from each other along the stator , said trolleys having a pin which protrudes through said longitudinal slot , bringing about the formation of groups of products on said second guide ,
Method for distributing products to final customers with a transport vehicle and for thermally isolating the products from the environment, the transport vehicle comprising at least: - a driver and airlock cabin with at least a first external door located on a passenger side , - a first cargo space , which has a temperature being controlled to be in a first temperature range, and which is arranged adjacent to the driver and airlock cabin , to which it is connected by a first internal door , - a second cargo space , which has a temperature being controlled to be in a second temperature range, and which is arranged adjacent to the first cargo space , to which it is connected by a second internal door , wherein the second cargo space comprises a second external door , and - at least one cooling chamber that is located within the first cargo space and that comprises a cooling chamber separator , wherein the method comprises at least the following steps: a) loading the products into the transport vehicle , b) transporting the products with the transport vehicle to at least one of the final customers, and c) unloading those products from the transport vehicle that are designated to the respective one of the final customers, wherein the driver and airlock cabin is used as an airlock between the first cargo space and the environment of the transport vehicle , and wherein the first cargo space is used as an airlock between the at least one cooling chamber and the driver and airlock cabin . - a driver and airlock cabin with at least a first external door located on a passenger side , - a first cargo space , which has a temperature being controlled to be in a first temperature range, and which is arranged adjacent to the driver and airlock cabin , to which it is connected by a first internal door , - a second cargo space , which has a temperature being controlled to be in a second temperature range, and which is arranged adjacent to the first cargo space , to which it is connected by a second internal door , wherein the second cargo space comprises a second external door , and - at least one cooling chamber that is located within the first cargo space and that comprises a cooling chamber separator , a) loading the products into the transport vehicle , b) transporting the products with the transport vehicle to at least one of the final customers, and c) unloading those products from the transport vehicle that are designated to the respective one of the final customers,
A subtilase variant comprising the substitutions X9E+X206L+X262E, e.g., S9E+Q206L+L262E, wherein (a) the positions correspond to the positions of the polypeptide of SEQ ID NO: 2; (b) the variant has protease activity; (c) the variant has at least 90% or at least 95% but less than 100% sequence identity to the polypeptide of SEQ ID NO: 1; and (d) the variant has at least 5% higher residual activity than a subtilase with SEQ ID NO: 1 when measured after 47 hours at 60°C in liquid detergent with pH 8 as described in Example 4 or 5 herein. (a) the positions correspond to the positions of the polypeptide of SEQ ID NO: 2; (b) the variant has protease activity; (c) the variant has at least 90% or at least 95% but less than 100% sequence identity to the polypeptide of SEQ ID NO: 1; and (d) the variant has at least 5% higher residual activity than a subtilase with SEQ ID NO: 1 when measured after 47 hours at 60°C in liquid detergent with pH 8 as described in Example 4 or 5 herein.
A consumable part for use in an aerosol provision system, wherein the consumable part comprises: a first reservoir for containing aerosolisable material; a second reservoir for containing flavouring material; and an aerosolisable material transport element for receiving the aerosolisable material from the first reservoir , wherein the aerosolisable material transport element at least partly separates the first reservoir from the second reservoir , and wherein the aerosolisable material transport element is configured to deliver vaporised aerosolisable material into the second reservoir . a first reservoir for containing aerosolisable material; a second reservoir for containing flavouring material; and an aerosolisable material transport element for receiving the aerosolisable material from the first reservoir , wherein the aerosolisable material transport element at least partly separates the first reservoir from the second reservoir , and wherein the aerosolisable material transport element is configured to deliver vaporised aerosolisable material into the second reservoir .
A device comprising: a rail for feeding fuel into an internal combustion engine, comprising at least one fuel inlet and one or more fuel outlets , means for coupling or securing a fuel detection sensor ; a fuel detection sensor for detecting the properties of the fuel such as electric conductivity, dielectric rigidity, presence and/or concentration of substances comprising a first and a second electrode mainly extending along a reference direction, and a third external electrode at least partially arranged around said first and second electrodes , characterized in that the first and second electrodes have substantially the form of electrically conductive bars, and are arranged side by side along the axis of the third electrode , wherein during operation said electrodes are in contact with the fuel J . a rail for feeding fuel into an internal combustion engine, comprising at least one fuel inlet and one or more fuel outlets , means for coupling or securing a fuel detection sensor ; a fuel detection sensor for detecting the properties of the fuel such as electric conductivity, dielectric rigidity, presence and/or concentration of substances comprising a first and a second electrode mainly extending along a reference direction, and a third external electrode at least partially arranged around said first and second electrodes , characterized in that the first and second electrodes have substantially the form of electrically conductive bars, and are arranged side by side along the axis of the third electrode , wherein during operation said electrodes are in contact with the fuel J .
A process for making a micro device assembly , comprising: placing a micro device on a front part of a printed circuit board ; molding a molding on the printed circuit board surrounding the micro device ; and then forming a channel to the micro device in a back part of the printed circuit board , characterized in that ; wherein the forming includes cutting through the back part of the printed circuit board and into the micro device . placing a micro device on a front part of a printed circuit board ; molding a molding on the printed circuit board surrounding the micro device ; and then forming a channel to the micro device in a back part of the printed circuit board , characterized in that ; wherein the forming includes cutting through the back part of the printed circuit board and into the micro device .
A loudspeaker comprising a plurality of actuator apparatus each comprising: (a) a latching electrode ; (b) a flexure comprising one or more peripheral flexible elements peripheral to and integrally formed with a central portion, the central portion being configured to travel back and forth along a respective axis towards the latching electrode in response to an electrostatic force generable by applying a voltage between the latching electrode and the flexure ; and (c) an insulation layer separating the flexure from the latching electrode , characterized in that each actuator apparatus comprises only one latching electrode , wherein the latching electrode comprises partial annular openings facing the peripheral flexible elements of the flexure . (a) a latching electrode ; (b) a flexure comprising one or more peripheral flexible elements peripheral to and integrally formed with a central portion, the central portion being configured to travel back and forth along a respective axis towards the latching electrode in response to an electrostatic force generable by applying a voltage between the latching electrode and the flexure ; and (c) an insulation layer separating the flexure from the latching electrode ,
An uplink power control method, applied to a base station forming at least one cell, the method comprising: determining users to be paired, based on locations of the users within the cell ; determining Pattern Division Multiple Access PDMA pattern matrixes, allocating different PDMA pattern vector groups for the users respectively, and obtaining a power control pattern matrix based on the PDMA pattern vector groups ; and determining power control factors of the users in each pair based on the power control pattern matrix, and determining an uplink transmission power of each user based on the power control factors . determining users to be paired, based on locations of the users within the cell ; determining Pattern Division Multiple Access PDMA pattern matrixes, allocating different PDMA pattern vector groups for the users respectively, and obtaining a power control pattern matrix based on the PDMA pattern vector groups ; and determining power control factors of the users in each pair based on the power control pattern matrix, and determining an uplink transmission power of each user based on the power control factors .
A method of manufacturing a protective edge configured to form the leading edge of a blade, wherein: a protective edge made of an anodizable metal is provided, the protective edge having an inner face and an outer face opposed to each other, the outer face being configured to define an aerodynamic surface of the blade, and the inner face being configured to be glued on a blade body so as to form the leading edge of the blade; and this protective edge undergoes a micro-arc oxidation electrolytic treatment which is applied on both the inner face and the outer face of the protective blade. a protective edge made of an anodizable metal is provided, the protective edge having an inner face and an outer face opposed to each other, the outer face being configured to define an aerodynamic surface of the blade, and the inner face being configured to be glued on a blade body so as to form the leading edge of the blade; and this protective edge undergoes a micro-arc oxidation electrolytic treatment which is applied on both the inner face and the outer face of the protective blade.
A computer-implemented method for executing instructions stored on a non-transitory computer-readable storage medium, the method comprising: performing , by a virtual reality application provided on a computing device , video rendering at a first video rendering rate based on updating an entire image on a screen of the computing device at a first update rate; determining that a performance of the video rendering is less than a threshold; performing , based on the determining, video rendering at a second video rendering rate by updating a first portion of the image at the first update rate, and by updating a second portion of the image at a second update rate that is less than the first update rate. performing , by a virtual reality application provided on a computing device , video rendering at a first video rendering rate based on updating an entire image on a screen of the computing device at a first update rate; determining that a performance of the video rendering is less than a threshold; performing , based on the determining, video rendering at a second video rendering rate by updating a first portion of the image at the first update rate, and by updating a second portion of the image at a second update rate that is less than the first update rate.