mhurhangee/ep-ind-claims huggingface dataset:
An assembly for a turbine engine, the assembly comprising: a body; a shell; and a heat shield panel attached to the shell with a tapered cooling cavity between the shell and the panel, wherein the panel defines a cooling aperture configured to direct air out of the cooling cavity to impinge against the body; wherein the cooling aperture is one of a plurality of cooling apertures defined by the panel and configured to direct air out of the cooling cavity to impinge against the body; characterised in that substantially all air entering the cooling cavity is directed out of the cooling cavity through the cooling apertures. a body; a shell; and a heat shield panel attached to the shell with a tapered cooling cavity between the shell and the panel, wherein the panel defines a cooling aperture configured to direct air out of the cooling cavity to impinge against the body; wherein the cooling aperture is one of a plurality of cooling apertures defined by the panel and configured to direct air out of the cooling cavity to impinge against the body; characterised in that substantially all air entering the cooling cavity is directed out of the cooling cavity through the cooling apertures.
A non-naturally occurring peptide comprising an amino acid sequence X 1 KWRSX 2 X 3 X 4 RWRLWRX 5 X 6 X 7 X 8 SR (SEQ ID NO: 1), wherein a) X 1 is any amino acid or none, and wherein X 2 -X 8 are any amino acid; or b) X 1 is βA, S, or none, X 2 is A or V, X 3 is G or L, X 4 is W or Y, X 5 is V or S, X 6 is R, V, or A, X 7 is S or L, and X 8 is W or Y, optionally wherein the peptide is 19 or 20 amino acids in length. a) X 1 is any amino acid or none, and wherein X 2 -X 8 are any amino acid; or b) X 1 is βA, S, or none, X 2 is A or V, X 3 is G or L, X 4 is W or Y, X 5 is V or S, X 6 is R, V, or A, X 7 is S or L, and X 8 is W or Y,
Film (3, 4, 5, 8), in particular stamping film, laminating film or sticker film, wherein the film (3, 4, 5, 8) has at least one anisotropic polymer layer (32, 83, 84) made from an at least partially orientated liquid crystal material, wherein the anisotropic polymer layer or the anisotropic polymer layers (83, 84) made from an at least partially orientated liquid crystal material has or have one or more first regions (41, 43, 45, 48, 50, 54) forming a first security feature, in which first regions (41, 43, 45, 48, 50, 54) the anisotropic polymer layer (32, 83) has characteristics which are linearly polarising or rotate the polarisation direction and, on examination, can be visualised through a first polariser, and has or have one or more second regions (42, 44, 46, 47, 49, 51, 53) forming a second security feature, characterised in that the anisotropic polymer layer (32, 84) of the second security feature has circularly polarising characteristics, wherein the second security feature, on examination, can be visualised through a second polariser responding to another polarisation state.
A device for carrying out solid phase microextraction (SPME) and analysis of a sample of analytes contained in a fluid carrier, which device comprises: a syringe having a syringe barrel with a first end and a second end and a plunger slidable within said barrel, said plunger having a handle extending from the first end of said barrel, a hollow needle extending from the second end of said barrel and having an inner surface coated with a stationary phase, fluid communication means for transferring fluid into contact with the coated inner surface of said hollow needle, the fluid communication means comprising a carrier gas flow-line connected to said syringe, wherein the device is configured to bring a sample into contact with the coated inner surface until the analytes of interest are sufficiently diffused into the stationary phase during SPME and wherein said hollow needle is configured to be inserted into an injection port of a chromatographic instrument and the carrier gas flow-line is arranged to allow carrier gas flow through said fluid communication means and into contact with said coated inner surface of said hollow needle to assist in desorption of the analytes from said coated inner surface during analysis. a syringe having a syringe barrel with a first end and a second end and a plunger slidable within said barrel, said plunger having a handle extending from the first end of said barrel, a hollow needle extending from the second end of said barrel and having an inner surface coated with a stationary phase, fluid communication means for transferring fluid into contact with the coated inner surface of said hollow needle, the fluid communication means comprising a carrier gas flow-line connected to said syringe, wherein the device is configured to bring a sample into contact with the coated inner surface until the analytes of interest are sufficiently diffused into the stationary phase during SPME and wherein said hollow needle is configured to be inserted into an injection port of a chromatographic instrument and the carrier gas flow-line is arranged to allow carrier gas flow through said fluid communication means and into contact with said coated inner surface of said hollow needle to assist in desorption of the analytes from said coated inner surface during analysis.
Use of a polyamine curable, highly saturated nitrile rubber composition having excellent cold resistance after being immersed in polycyclic aromatic compound-containing fuel oil; the composition comprising 100 parts by weight of a polyamine curable, highly saturated nitrile rubber having an α,β-ethylenically unsaturated nitrile monomer unit, a diene-based monomer unit, an α,β-ethylenically unsaturated dicarboxylic acid monoester monomer unit, and an α,β-ethylenically unsaturated carboxylic acid ester monomer unit other than the α,β-ethylenically unsaturated dicarboxylic acid monoester monomer unit, and having an α,β-ethylenically unsaturated nitrile monomer unit content of 21.0 to 23.0 wt.% and an iodine value of 120 or less, and 4 to 31 parts by weight of an aliphatic carboxylic acid diester compound of polyalkylene glycol as a cure molding material of a sealing material immersed in polycyclic aromatic compound-containing fuel oil.
A method comprising: selecting, in a server (104, 106, 112), transactional information to transmit from the server to a communicatively coupled client device based on a request from the client device; selecting, in the server, presentation information corresponding to the transactional information to transmit from the server (104, 106, 112) to the client device, the presentation information specifying how the transactional information is to be displayed; transmitting at least one message including the presentation and transactional information from the server (104, 106, 112) to the client device; determining in the server an anticipated response message from the client device based on how the client device is configured to render the transactional information specified by the presentation information, and response information that is expected to be provided by a user of the client device; receiving, in the server, a response message from the client device; and responsive to information in the response message not matching information in the anticipated response message, providing, via the server, an indication there is a malicious application affecting communications between the server (104, 106, 112) and the client device. selecting, in a server (104, 106, 112), transactional information to transmit from the server to a communicatively coupled client device based on a request from the client device; selecting, in the server, presentation information corresponding to the transactional information to transmit from the server (104, 106, 112) to the client device, the presentation information specifying how the transactional information is to be displayed; transmitting at least one message including the presentation and transactional information from the server (104, 106, 112) to the client device; determining in the server an anticipated response message from the client device based on how the client device is configured to render the transactional information specified by the presentation information, and response information that is expected to be provided by a user of the client device; receiving, in the server, a response message from the client device; and responsive to information in the response message not matching information in the anticipated response message, providing, via the server, an indication there is a malicious application affecting communications between the server (104, 106, 112) and the client device.
Optical method for controlling an electrical cable (2, 21) of a catenary intended to supply electrical energy to a railway power unit and having a number of cable sections (L1, L2, L3), - on which a force emanating from a pantograph of the railway power unit acts consecutively in each case, which force is effected by the pantograph when the pantograph makes contact with the respective cable section (L1, L2, L3), - which are deformed consecutively in terms of time by the contact force acting consecutively on the cable sections (L1, L2, L3), characterised in that - the cable sections (L1, L2, L3) are each provided with at least one fibre Bragg grating sensor (S1, S2, S3) with assigned Bragg wavelengths ( λ S1, λ S2, λ S3) in each case, - wherein the corresponding Bragg wavelengths assigned to the fibre Bragg grating sensors (S1, S2, S3) are changed consecutively in terms of time by the contact force, in which method - at least one light signal is fed into the fibre Bragg grating sensors (S1, S2, S3), - in each sensor (S1, S2, S3) the light signal is changed in terms of its wavelength content as a function of the change, consecutively in terms of time, in the corresponding Bragg wavelengths ( λ S1, λ S2, λ S3) assigned to the fibre Bragg grating sensors (S1, S2, S3), - a measured value (M1, M2, M3) is assigned in each case to the changes (Δ1, Δ2, Δ3) in the wavelength content which are consecutive in terms of time, - an average value is determined across all measured values (M1, M2, M3) and - the contact force acting consecutively on all cable sections (L1, L2, L3) is determined from the average value of the measured values (M1, M2, M3). - on which a force emanating from a pantograph of the railway power unit acts consecutively in each case, which force is effected by the pantograph when the pantograph makes contact with the respective cable section (L1, L2, L3), - which are deformed consecutively in terms of time by the contact force acting consecutively on the cable sections (L1, L2, L3), - the cable sections (L1, L2, L3) are each provided with at least one fibre Bragg grating sensor (S1, S2, S3) with assigned Bragg wavelengths ( λ S1, λ S2, λ S3) in each case, - wherein the corresponding Bragg wavelengths assigned to the fibre Bragg grating sensors (S1, S2, S3) are changed consecutively in terms of time by the contact force, in which method - at least one light signal is fed into the fibre Bragg grating sensors (S1, S2, S3), - in each sensor (S1, S2, S3) the light signal is changed in terms of its wavelength content as a function of the change, consecutively in terms of time, in the corresponding Bragg wavelengths ( λ S1, λ S2, λ S3) assigned to the fibre Bragg grating sensors (S1, S2, S3), - a measured value (M1, M2, M3) is assigned in each case to the changes (Δ1, Δ2, Δ3) in the wavelength content which are consecutive in terms of time, - an average value is determined across all measured values (M1, M2, M3) and - the contact force acting consecutively on all cable sections (L1, L2, L3) is determined from the average value of the measured values (M1, M2, M3).
An outer panel-mediated cooling system for a transportation machine, comprising: an outer shell including an outer panel, an inner panel located inward of the outer panel, and a heat-insulating layer located between the outer and inner panels; a cooling chamber that is located between the outer and inner panels and in which a gas releases heat outside through the outer panel and is thus cooled; a circulation loop in which a heat medium circulates, the circulation loop including a heating section located inward of the inner panel to heat the heat medium and a cooling section located in the cooling chamber to cool the heat medium; a flow path-forming structure located in the cooling chamber to form a circulation path for the gas; and a fan located in the cooling chamber to exert a drive force on the gas to allow the gas to circulate in the circulation path, characterised in that the gas indirectly cools the heat medium passing through the cooling section and the gas and the heat medium are not mixed. an outer shell including an outer panel, an inner panel located inward of the outer panel, and a heat-insulating layer located between the outer and inner panels; a cooling chamber that is located between the outer and inner panels and in which a gas releases heat outside through the outer panel and is thus cooled; a circulation loop in which a heat medium circulates, the circulation loop including a heating section located inward of the inner panel to heat the heat medium and a cooling section located in the cooling chamber to cool the heat medium; a flow path-forming structure located in the cooling chamber to form a circulation path for the gas; and a fan located in the cooling chamber to exert a drive force on the gas to allow the gas to circulate in the circulation path, characterised in that the gas indirectly cools the heat medium passing through the cooling section and the gas and the heat medium are not mixed.
A method for publishing information automatically, wherein the method comprises: receiving (101, 202) operation information of a user; characterized by: sending (102, 203) an information publishing indication message to a predetermined server when a type of the operation information of the user matches a preset operation information type, wherein the information publishing indication message comprises at least an address of the predetermined server, account information of the user, and the operation information, so that the predetermined server publishes the operation information according to the account information; and before sending the information publishing indication message to the predetermined server, when a type of the operation information of the user matches a preset operation information type, the method further comprises: converting the operation information into information in a picture format. receiving (101, 202) operation information of a user; characterized by: sending (102, 203) an information publishing indication message to a predetermined server when a type of the operation information of the user matches a preset operation information type, wherein the information publishing indication message comprises at least an address of the predetermined server, account information of the user, and the operation information, so that the predetermined server publishes the operation information according to the account information; and before sending the information publishing indication message to the predetermined server, when a type of the operation information of the user matches a preset operation information type, the method further comprises: converting the operation information into information in a picture format. sending (102, 203) an information publishing indication message to a predetermined server when a type of the operation information of the user matches a preset operation information type, wherein the information publishing indication message comprises at least an address of the predetermined server, account information of the user, and the operation information, so that the predetermined server publishes the operation information according to the account information; and before sending the information publishing indication message to the predetermined server, when a type of the operation information of the user matches a preset operation information type, the method further comprises: converting the operation information into information in a picture format.
Cylinder/piston unit especially for a support, comprising a hydraulic cylinder having a cylinder chamber and, movable longitudinally therein, a piston which carries a piston rod, the piston rod being at least partly hollow, wherein an internal pipe running through the cylinder chamber is provided, which internal pipe projects through a bore in the piston into the at least partly hollow piston rod and can be pushed telescopically into the latter, and wherein the internal pipe, at the piston and/or the hollow piston rod, is sealed with respect to the cylinder chamber and forms therewith an internal chamber that is free of hydraulic medium, characterised in that at the remote end of the piston rod there is arranged a sensor, especially a force sensor, which generates a support-force-dependent signal which is transmitted through the hydraulic-medium-free internal chamber.
A time to digital converter comprising: a plurality of modules (231a - 231n) arranged with a Vernier architecture, comprising a first module (231a, 320) and a second module (231b, 340), each module comprising a first input (212, 312) to receive an input frequency signal having a particular frequency, a second input (222, 314) to receive an input reference frequency to be compared to the input frequency signal, a first output to provide an output frequency signal based on the input frequency signal, and a second output to provide an output reference frequency signal; and a signal selector comprising a first input coupled to the first output of the first module, a second input coupled to the second output of the first module, a select line to selectively provide a signal at one of the first and second inputs of the signal selector to an output of the signal selector, the output of the signal selector coupled to one of the first input of the second module and the second input of the second module. a plurality of modules (231a - 231n) arranged with a Vernier architecture, comprising a first module (231a, 320) and a second module (231b, 340), each module comprising a first input (212, 312) to receive an input frequency signal having a particular frequency, a second input (222, 314) to receive an input reference frequency to be compared to the input frequency signal, a first output to provide an output frequency signal based on the input frequency signal, and a second output to provide an output reference frequency signal; and a signal selector comprising a first input coupled to the first output of the first module, a second input coupled to the second output of the first module, a select line to selectively provide a signal at one of the first and second inputs of the signal selector to an output of the signal selector, the output of the signal selector coupled to one of the first input of the second module and the second input of the second module.
A clutched compressor section of a gas turbine engine coupled to a rotor shaft, comprising: at least one decoupleable rotor stage, the decoupleable rotor stage being switchable between a coupled condition and a decoupled condition with a clutch mechanism, the coupled condition coupling the decoupleable rotor stage with the rotor shaft, the decoupled condition decoupling the decoupleable rotor stage from the rotor shaft; a plurality of compressor rotor stages axially spaced from each other and operatively coupled to each other, the at least one decoupleable rotor stage being one of the plurality of compressor rotor stages; a group of stages of the plurality of compressor rotor stages being coupled to each other and to the rotor shaft, the at least one decoupleable rotor stage being coupled to the group of stages in the coupled condition and decoupled from the group of stages in the decoupled condition, the decoupled condition allowing the decoupleable rotor stage to freely rotate independently of the group of stages; a first engagement member extending from a disk of one of the stages of the group of stages; and a second engagement member extending from a disk of the decoupleable stage, characterized in that the relative position of the first engagement member and the second engagement member determines if the decoupleable stage and the group of stages are in the coupled condition or the decoupled condition. at least one decoupleable rotor stage, the decoupleable rotor stage being switchable between a coupled condition and a decoupled condition with a clutch mechanism, the coupled condition coupling the decoupleable rotor stage with the rotor shaft, the decoupled condition decoupling the decoupleable rotor stage from the rotor shaft; a plurality of compressor rotor stages axially spaced from each other and operatively coupled to each other, the at least one decoupleable rotor stage being one of the plurality of compressor rotor stages; a group of stages of the plurality of compressor rotor stages being coupled to each other and to the rotor shaft, the at least one decoupleable rotor stage being coupled to the group of stages in the coupled condition and decoupled from the group of stages in the decoupled condition, the decoupled condition allowing the decoupleable rotor stage to freely rotate independently of the group of stages; a first engagement member extending from a disk of one of the stages of the group of stages; and a second engagement member extending from a disk of the decoupleable stage, characterized in that the relative position of the first engagement member and the second engagement member determines if the decoupleable stage and the group of stages are in the coupled condition or the decoupled condition.
An engineered meganuclease that binds and cleaves a recognition sequence consisting of SEQ ID NO: 5 within a human T cell receptor alpha constant region gene, wherein said engineered meganuclease comprises an amino acid sequence of SEQ ID NO: 7 or 8.