mhurhangee/ep-ind-claims huggingface dataset:
A leading edge structure for an aerofoil, said leading edge structure comprising: a fixed leading edge structure for attachment to a wing box, said fixed leading edge structure having upper and lower aerofoil surfaces; a droop leading edge structure comprising an upper trailing edge, said droop leading edge structure being attached to said fixed leading edge structure by a first set of hinge arms and a second set of hinge arms, wherein one of the sets of hinge arms provides a hinging mechanism for the droop leading edge structure while the other set of hinge arms controls the pitch of the droop leading edge structure; an actuation system arranged to act on said droop leading edge structure so as to move said droop leading edge structure between a deployed position and a stowed position relative to said fixed leading edge structure, wherein the stowed droop leading edge structure provides the leading edge surface for the aerofoil, and the actuation system is arranged to hold said upper trailing edge of said droop leading edge structure adjacent said upper aerofoil surface of said fixed leading edge structure in said deployed and stowed positions and to maintain said trailing edge away from said upper aerofoil surface during movement of said droop leading edge structure between said deployed and stowed positions. a fixed leading edge structure for attachment to a wing box, said fixed leading edge structure having upper and lower aerofoil surfaces; a droop leading edge structure comprising an upper trailing edge, said droop leading edge structure being attached to said fixed leading edge structure by a first set of hinge arms and a second set of hinge arms, wherein one of the sets of hinge arms provides a hinging mechanism for the droop leading edge structure while the other set of hinge arms controls the pitch of the droop leading edge structure; an actuation system arranged to act on said droop leading edge structure so as to move said droop leading edge structure between a deployed position and a stowed position relative to said fixed leading edge structure, wherein the stowed droop leading edge structure provides the leading edge surface for the aerofoil, and the actuation system is arranged to hold said upper trailing edge of said droop leading edge structure adjacent said upper aerofoil surface of said fixed leading edge structure in said deployed and stowed positions and to maintain said trailing edge away from said upper aerofoil surface during movement of said droop leading edge structure between said deployed and stowed positions.
An energy dissipating link (100,200,300,400) for a tether, the link comprising: an elongated base (202,302,402) having opposite, first (204,304,404) and second (206,306,406) end portions; a first touch fastener (208a,308a,308d,408a,408b,408c,708a) permanently coupled to the base proximate the first base end portion; and a second touch fastener (208b,308b,308c,408d,408e,708b) permanently coupled to the base proximate the second base end portion, the second touch fastener engageable with the first touch fastener to form a releasable closure (212,312',312",412,712) involving hundreds or thousands of re-engagable fastening elements and defining a shear plane (214,314',314",414',414",414"',414"",714), wherein, with the first and second touch fasteners engaged to transmit a tensile load between the first and second end portions, and with the engaged touch fasteners loaded in shear in the shear plane, the base (202,302,402) comprises a longitudinally slack idler section (216,316,416) between the first (204,304,404) and second (206,306,406) end portions; and wherein the idler section of the base is configured to transmit tensile load upon an energy-dissipating shear disengagement of the first and second touch fasteners by a tensile overload. an elongated base (202,302,402) having opposite, first (204,304,404) and second (206,306,406) end portions; a first touch fastener (208a,308a,308d,408a,408b,408c,708a) permanently coupled to the base proximate the first base end portion; and a second touch fastener (208b,308b,308c,408d,408e,708b) permanently coupled to the base proximate the second base end portion, the second touch fastener engageable with the first touch fastener to form a releasable closure (212,312',312",412,712) involving hundreds or thousands of re-engagable fastening elements and defining a shear plane (214,314',314",414',414",414"',414"",714), wherein, with the first and second touch fasteners engaged to transmit a tensile load between the first and second end portions, and with the engaged touch fasteners loaded in shear in the shear plane, the base (202,302,402) comprises a longitudinally slack idler section (216,316,416) between the first (204,304,404) and second (206,306,406) end portions; and wherein the idler section of the base is configured to transmit tensile load upon an energy-dissipating shear disengagement of the first and second touch fasteners by a tensile overload.
A non-transitory computer readable storage medium having stored therein instructions, which when executed by a mobile device having a first touch panel, cause the mobile device to: prompt a user to move the first touch panel relative to a second touch panel of a computing device to sign on the second touch panel; provide, at a processing circuit, a signal to a transmitting electrode of the first touch panel; transmit, at the transmitting electrode, the signal to a receiving electrode of the second touch panel of the computing device as the first touch panel is moved wherein the track of the position where the signal is received at the second touch panel corresponds to an inputted user signature; and perform further operation with the computing device when the inputted user signature corresponds to a signature stored in the computing device. prompt a user to move the first touch panel relative to a second touch panel of a computing device to sign on the second touch panel; provide, at a processing circuit, a signal to a transmitting electrode of the first touch panel; transmit, at the transmitting electrode, the signal to a receiving electrode of the second touch panel of the computing device as the first touch panel is moved wherein the track of the position where the signal is received at the second touch panel corresponds to an inputted user signature; and perform further operation with the computing device when the inputted user signature corresponds to a signature stored in the computing device.
A branched polyester formed by an acid component, a diol component and a polyol component, wherein the acid component comprises an amino dicarboxylic acid of formula wherein R 1 is hydrogen or a hydrocarbon having 1 to 20 carbon atoms, and wherein in the hydrocarbon one or more carbon atoms can be replaced by an oxygen, provided that the replaced carbon is not a primary carbon atom and in case of more than one oxygen replacing carbon atoms, at least two carbon atoms are between adjacent oxygen atoms, wherein the diol component comprises a diol, wherein the polyol component comprises a polyol having at least three hydroxyl groups, preferably a triol or tetrol, more preferably a triol; and wherein the acid component forms carboxylic acid ester groups with the diol component and the polyol component and the dashed lines indicate the bondage to the diol or the polyol via the commonly shared oxygen, characterized in that the molar ratio of diol component and polyol component is in the range from 2:1 to 1:2. wherein R 1 is hydrogen or a hydrocarbon having 1 to 20 carbon atoms, and wherein in the hydrocarbon one or more carbon atoms can be replaced by an oxygen, provided that the replaced carbon is not a primary carbon atom and in case of more than one oxygen replacing carbon atoms, at least two carbon atoms are between adjacent oxygen atoms, wherein the diol component comprises a diol, wherein the polyol component comprises a polyol having at least three hydroxyl groups, preferably a triol or tetrol, more preferably a triol; and wherein the acid component forms carboxylic acid ester groups with the diol component and the polyol component and the dashed lines indicate the bondage to the diol or the polyol via the commonly shared oxygen, characterized in that the molar ratio of diol component and polyol component is in the range from 2:1 to 1:2.
Polypropylene resin foamed particles comprising, as a base material resin, a polypropylene random copolymer which has a ratio of a Z-average molecular weight Mz to a number average molecular weight Mn, Mz/Mn, of 20 or more and 300 or less; a melt-flow rate of 5 g/10 minutes or more and 20 g/10 minutes or less; a melt strength of 2.5 cN or less; and a flexural modulus of 600 MPa or more and 1600 MPa or less, wherein Mz and Mn are obtained by gel permeation chromatography, the melt flow rate is measured in accordance with JIS-K 7210, the flexural modulus is measured in accordance with ASTM D 790, and the melt strength is measured with a capillary rheometer, as further detailed in the description.
A computer based method for monitoring activity of a nuclease using a biological sample of a subject including cell-free DNA, the method comprising: receiving sequence reads obtained from sequencing cell-free DNA fragments in the biological sample of the subject; determining, using the sequence reads, an amount of the cell-free DNA fragments that end with a particular base; and comparing the amount to a reference value to determine a first classification of an activity of the nuclease. receiving sequence reads obtained from sequencing cell-free DNA fragments in the biological sample of the subject; determining, using the sequence reads, an amount of the cell-free DNA fragments that end with a particular base; and comparing the amount to a reference value to determine a first classification of an activity of the nuclease.
A wire having a core of steel with a diameter ranging from 0.30 mm to 3.0 mm, said wire having two layers of metal coating: - a first layer of a zinc alloy around said core and clearly showing a zinc gradient with zinc being more present at the outer side, - a second layer of copper around said first layer. - a first layer of a zinc alloy around said core and clearly showing a zinc gradient with zinc being more present at the outer side, - a second layer of copper around said first layer.
A power supply unit for an aerosol inhaler comprising: a power supply configured to store power to generate aerosol from an aerosol source; a charging integrated circuit capable of controlling charging of the power supply, and a micro controller unit connected to the charging integrated circuit and capable of controlling the charging integrated circuit, the power supply unit for the aerosol inhaler further comprising: a power reception coil capable of receiving the power in a wireless manner; and an inverter connected between the power reception coil and the charging integrated circuit wherein the inverter is configured to rectify the power received by the power reception coil, wherein the power supply unit further comprises an AC load that functions by an alternating current, wherein the AC load is connected to the inverter in parallel with the power reception coil, wherein the inverter is configured to control function of the AC load, characterised in that the power supply unit further comprises a bypass circuit connected to the power supply and the inverter in parallel with the charging integrated circuit. a power reception coil capable of receiving the power in a wireless manner; and an inverter connected between the power reception coil and the charging integrated circuit wherein the inverter is configured to rectify the power received by the power reception coil, wherein the power supply unit further comprises an AC load that functions by an alternating current, wherein the AC load is connected to the inverter in parallel with the power reception coil, wherein the inverter is configured to control function of the AC load, characterised in that the power supply unit further comprises a bypass circuit connected to the power supply and the inverter in parallel with the charging integrated circuit.
A method of operation of a User Equipment, UE, to provide service gap control in a wireless communication system, comprising: receiving (18, 100) at the UE a subscription data containing a service gap parameter from a network entity in an attach accept message during an initial attach procedure, the service gap parameter being indicative of a value for a service gap timer for the UE; and enforcing the received service gap parameter at the UE on a per UE level in a non-access stratum layer by starting the service gap timer when the UE transitions from connected mode to idle mode. receiving (18, 100) at the UE a subscription data containing a service gap parameter from a network entity in an attach accept message during an initial attach procedure, the service gap parameter being indicative of a value for a service gap timer for the UE; and enforcing the received service gap parameter at the UE on a per UE level in a non-access stratum layer by starting the service gap timer when the UE transitions from connected mode to idle mode.
A recombinant microorganism comprising an exogenous gene encoding a bacterial cytochrome P450 protein variant, wherein the variant is a P450Cam variant having an amino acid alteration at an amino acid residue corresponding to the position F351 of an amino acid sequence of SEQ ID NO: 6 and having an activity belonging to EC 1.14.15.1 or a P450BM3 variant having an amino acid alteration at an amino acid residue corresponding to the position N320 of an amino acid sequence of SEQ ID NO: 8 and having an activity belonging to EC 1.14.14.1, wherein the amino acid alteration is replacement of the amino acid residue corresponding to the position F351 with Y, T, N, Q, H, or D, or replacement of the amino acid residue corresponding to the position N320 with W, F, G, P, S, or E.
Method for controlling a heat pump, in which a counterclockwise rotating thermodynamic Clausius-Rankine cycle process is operated and in which a working fluid is conducted in a closed, hermetically sealed working fluid circuit, wherein the heat pump has at least one speed-controlled compressor, at least one electronically controlled expansion valve, at least one condenser, at least one evaporator and at least one speed-controlled fan and a heat pump control, wherein useful heat is delivered to a heating circuit or useful cooling is delivered to at least one cooling circuit, wherein both the compressor speeds and the fan speeds are detected by the heat pump control, characterized in that - the blade sequence frequency and its integer multiples are formed from each fan speed, - this blade sequence frequency and its integer multiples are compared with each compressor speed and its integer multiples, - and the heat pump control has a predeterminable frequency spacing which keeps the compared integer multiples of the compressor speeds and those of the blade sequence frequency controlled at a distance from one another by this predeterminable frequency spacing, - by changing either the speed of the compressors or the speeds of the fans or both by control intervention. - the blade sequence frequency and its integer multiples are formed from each fan speed, - this blade sequence frequency and its integer multiples are compared with each compressor speed and its integer multiples, - and the heat pump control has a predeterminable frequency spacing which keeps the compared integer multiples of the compressor speeds and those of the blade sequence frequency controlled at a distance from one another by this predeterminable frequency spacing, - by changing either the speed of the compressors or the speeds of the fans or both by control intervention.
A computer-implemented method for generating a graphic effect, the method comprising the following steps: - determining a graphic content in which the graphic effect is to be used; - calculating the graphic effect, wherein suitable parameters for the representation of the graphic effect are generated; - generating a platform-independent model of the calculated graphic effect at run time; - compiling the platform-independent model into a platform-dependent representation of the graphic effect; - displaying the platform-dependent representation of the graphic effect on a display device; and - transmitting the platform-independent model to an output device which is coupled to the display device; wherein the step of compiling the platform-independent model into a platform-dependent representation of the graphic effect is carried out in the output device, wherein the step of generating the platform-independent model of the calculated graphic effect at run time is carried out by at least one of the following: - a control device of a vehicle (6, 8); - a mobile consumer terminal (10, 11, 16); - a mobile telephone (10, 16); - a computer (11, 17); - a mobile computer (11, 17); - a tablet computer; or - a central server. - determining a graphic content in which the graphic effect is to be used; - calculating the graphic effect, wherein suitable parameters for the representation of the graphic effect are generated; - generating a platform-independent model of the calculated graphic effect at run time; - compiling the platform-independent model into a platform-dependent representation of the graphic effect; - displaying the platform-dependent representation of the graphic effect on a display device; and - transmitting the platform-independent model to an output device which is coupled to the display device; - a control device of a vehicle (6, 8); - a mobile consumer terminal (10, 11, 16); - a mobile telephone (10, 16); - a computer (11, 17); - a mobile computer (11, 17); - a tablet computer; or - a central server.
A method for identifying tumors with aberrant activity of druggable oncoproteins having a lack of mutations, the method comprising: (a) obtaining a gene expression signature by comparing a patient's test sample to a plurality of samples representing a control phenotype; (b) calculating a regulon enrichment score of each regulon in the gene expression signature by combining a first regulon enrichment score calculated using a one-tail approach and a second regulon enrichment score calculated using a two-tail approach; and (c) calculating a significance value by comparing each regulon enrichment score to a null model, and determining a differential protein activity for each druggable protein of a plurality of druggable proteins; (d) assigning a statistical significance value to the differential activity by comparing a specific sample against a distribution of all available control samples; and (e) prioritizing each druggable protein, including druggable oncoproteins having a lack of mutations, of the plurality of druggable proteins with a statistically significant aberrant activity on an individual patient basis using a predefined significance threshold as potentially relevant pharmacological targets for that specific patient. (a) obtaining a gene expression signature by comparing a patient's test sample to a plurality of samples representing a control phenotype; (b) calculating a regulon enrichment score of each regulon in the gene expression signature by combining a first regulon enrichment score calculated using a one-tail approach and a second regulon enrichment score calculated using a two-tail approach; and (c) calculating a significance value by comparing each regulon enrichment score to a null model, and determining a differential protein activity for each druggable protein of a plurality of druggable proteins; (d) assigning a statistical significance value to the differential activity by comparing a specific sample against a distribution of all available control samples; and (e) prioritizing each druggable protein, including druggable oncoproteins having a lack of mutations, of the plurality of druggable proteins with a statistically significant aberrant activity on an individual patient basis using a predefined significance threshold as potentially relevant pharmacological targets for that specific patient.
Method for isolating DNA in which a biological sample is mixed with a lysis reagent which comprises salts of monovalent cations, salts of divalent cations, one or more complexing agents selected from ethylenediaminetetraacetate, ethylenedioxybis(ethylene-nitrilo)tetraacetic acid, DTPA and Na 5 P 3 O 10 and octylphenol polyethoxylate then the DNA-containing cell components are separated from the other cell components, the DNA-containing cell material is resuspended in a salt solution, wherein the salt solution comprises at least one chaotropic salt, where appropriate contaminating constituents are removed by a chemical, thermal and/or enzymatic treatment, the DNA is precipitated, washed, dried and, where appropriate, resuspended in a low-salt solution, wherein the isolation is carried out in one reaction vessel.
A method for managing a streaming media service, said method comprising: receiving a request for a streaming media service from a client, said streaming media service comprising a plurality of media services components (1020; 1204, 1206, 1208); determining which media service component of said plurality of media services components (1020; 1204, 1206, 1208) to assign to a service node of a plurality of service nodes (1022, 1024, 1026) of a network (1028; 1212); and informing each service node (1022, 1024, 1026) assigned to perform a media service component of said plurality of media services components (1020; 1204, 1206, 1208) enabling said streaming media service to be performed on a streaming media, wherein said determining is based on a previously assigned media service component (1020; 1204, 1206, 1208). receiving a request for a streaming media service from a client, said streaming media service comprising a plurality of media services components (1020; 1204, 1206, 1208); determining which media service component of said plurality of media services components (1020; 1204, 1206, 1208) to assign to a service node of a plurality of service nodes (1022, 1024, 1026) of a network (1028; 1212); and informing each service node (1022, 1024, 1026) assigned to perform a media service component of said plurality of media services components (1020; 1204, 1206, 1208) enabling said streaming media service to be performed on a streaming media, wherein said determining is based on a previously assigned media service component (1020; 1204, 1206, 1208).