mhurhangee/patent-ind-claim-en huggingface dataset:
Epoxy resin composition comprising - a resin component which has at least one epoxy resin A of formula (I) wherein the substituents R' and R" independently of one another represent either H or CH 3 , and the index s represents a value of 0 to 1, preferably less than 0.2, and - a hardener component which has: - at least one amine hardener AH1 comprising a dehydrated reaction product of: - cardanol; - formaldehyde or paraformaldehyde; - at least one polyamine; - at least one fatty acid or fatty acid polymer, and - at least one amine hardener AH2 of formula (II), wherein R 1 represents H or CH 3 . - a resin component which has at least one epoxy resin A of formula (I) wherein the substituents R' and R" independently of one another represent either H or CH 3 , and the index s represents a value of 0 to 1, preferably less than 0.2, and - a hardener component which has: - at least one amine hardener AH1 comprising a dehydrated reaction product of: - cardanol; - formaldehyde or paraformaldehyde; - at least one polyamine; - at least one fatty acid or fatty acid polymer, and - at least one amine hardener AH2 of formula (II), wherein R 1 represents H or CH 3 . - at least one amine hardener AH1 comprising a dehydrated reaction product of: - cardanol; - formaldehyde or paraformaldehyde; - at least one polyamine; - at least one fatty acid or fatty acid polymer, and - at least one amine hardener AH2 of formula (II), wherein R 1 represents H or CH 3 . - cardanol; - formaldehyde or paraformaldehyde; - at least one polyamine; - at least one fatty acid or fatty acid polymer, and - at least one amine hardener AH2 of formula (II), wherein R 1 represents H or CH 3 .
A system for transmitting and receiving radio signals comprising a control unit having a modem and a transmit amplifier module connected to the modem , an antenna unit spaced apart from the control unit having an antenna and a receive amplifier module connected to the antenna , and a high frequency cable connecting the control unit and the antenna unit , wherein the antenna unit comprises a protective circuit for protecting the transmit amplifier module or the modem , said protective circuit comprising a protective switch having a reflection power detector and a terminating resistor , characterized by a bypass line and in that the protective circuit is configured to route a transmit signal by means of the bypass line past the receive amplifier module to the antenna or to the terminating resistor when a reflection power detected by the reflection power detector exceeds a predetermined threshold value.
A power storage and generation system comprising a thermal energy storage system connected to a grid supply network for receiving electrical power to be thermally stored, said thermal energy storage system includes thermal conversion outputting components for converting thermal energy of said thermal storage system into electrical energy provided to said grid supply network; characterized in that said thermal energy storage system being divided into a series of thermal storage units with each unit including electrical power input components for receiving electrical power from said grid supply network and converting the received electrical power to thermal energy stored in said thermal storage system ; and wherein the electrical power input components for each thermal storage unit comprises a power controller that is configured to rectify a three phase AC voltage signal to produce a rectified AC voltage signal; and wherein each power controller is connected to an independent connectible load (R L ) that when powered produces thermal energy and said independent connectible load (R L ) is associated with said thermal storage unit and transfers thermal energy thereto; and wherein each power controller includes a fast acting binary power switch (IGBT-A, IGBT-B) configured to selectively connect the respective independent connectible load (R L ) to the rectified AC voltage signal when the net voltage change across the load is zero; and further characterized in that it further comprises a control arrangement configured to selectively activate said controllers to define a desired connected load (R L ) and in a predetermined manner to provide a power receiving transition period for said grid supply network that reduces switching transients produced by activating any of said controllers .
A method performed by an authentication server in a home network of a user equipment , UE, for obtaining a subscription permanent identifier, SUPI, the method comprising: receiving a subscription concealed identifier, SUCI, which comprises an encrypted part in which at least a part of the SUPI is encrypted, and a clear-text part which comprises a home network identifier, a public key identifier for a public key of the home network , and an encryption scheme identifier that identifies an encryption scheme used by the UE to encrypt the SUPI in the SUCI, determining a de-concealing server to use to decrypt the encrypted part of the SUCI; sending the SUCI to the de-concealing server , and receiving the SUPI in response. an encrypted part in which at least a part of the SUPI is encrypted, and a clear-text part which comprises a home network identifier, a public key identifier for a public key of the home network , and an encryption scheme identifier that identifies an encryption scheme used by the UE to encrypt the SUPI in the SUCI,
A method for a network node , the method comprising: determining a Transmission Time Interval, TTI, configuration, the TTI configuration including a first TTI for operating a first signal between a first cell on a first carrier and a wireless device, and a second TTI for operating a second signal between the first cell on the first carrier and the wireless device (Step 302), the TTI configuration including any of: the first TTI adjacent to the second TTI which do not overlap with each other in time; and the first TTI adjacent to the second TTI which at least partly overlap with each other in time; and receiving the first signal in the first TTI and the second signal in the second TTI, the first TTI and second TTI having been transmitted using a same maximum output power value, the same maximum output power value being based on the TTI configuration (Step 304), wherein the same maximum output power value is based on time lengths of the first TTI and the second TTI. determining a Transmission Time Interval, TTI, configuration, the TTI configuration including a first TTI for operating a first signal between a first cell on a first carrier and a wireless device, and a second TTI for operating a second signal between the first cell on the first carrier and the wireless device (Step 302), the TTI configuration including any of: the first TTI adjacent to the second TTI which do not overlap with each other in time; and the first TTI adjacent to the second TTI which at least partly overlap with each other in time; and the first TTI adjacent to the second TTI which do not overlap with each other in time; and the first TTI adjacent to the second TTI which at least partly overlap with each other in time; and receiving the first signal in the first TTI and the second signal in the second TTI, the first TTI and second TTI having been transmitted using a same maximum output power value, the same maximum output power value being based on the TTI configuration (Step 304), wherein the same maximum output power value is based on time lengths of the first TTI and the second TTI.
A method for additive manufacturing of a part , the method comprising: feeding an un-melted void free fiber reinforced composite filament including at one or more axial fiber strands extending within a matrix material of the filament at a feed rate along a clearance fit channel that prevents buckling of the filament , a feed rate of the un-melted void free fiber reinforced composite filament being controlled by one or more linear feed mechanisms; cutting the filament at or adjacent a clearance fit channel ; threading forward the fiber reinforced composite filament to bring an end of the filament to an ironing tip ; translating a transverse pressure zone at a printing rate relative to and adjacent to the part to bring the filament to a melting position; and melting the matrix material within the fiber reinforced composite filament at the melting position. feeding an un-melted void free fiber reinforced composite filament including at one or more axial fiber strands extending within a matrix material of the filament at a feed rate along a clearance fit channel that prevents buckling of the filament , a feed rate of the un-melted void free fiber reinforced composite filament being controlled by one or more linear feed mechanisms; cutting the filament at or adjacent a clearance fit channel ; threading forward the fiber reinforced composite filament to bring an end of the filament to an ironing tip ; translating a transverse pressure zone at a printing rate relative to and adjacent to the part to bring the filament to a melting position; and melting the matrix material within the fiber reinforced composite filament at the melting position.
An optical waveguide device comprising: a substrate; an optical waveguide formed on the substrate; and a working electrode that controls a light wave propagating through the optical waveguide, wherein the working electrode includes a first base layer made of a first material, and a first conductive layer on the first base layer, and characterised by a conductor pattern including a second base layer made of a second material different from the first material and a second conductive layer on the second base layer is formed in a region other than a path from an input end to an output end of the optical waveguide, in a region on the substrate. a substrate; an optical waveguide formed on the substrate; and a working electrode that controls a light wave propagating through the optical waveguide, wherein the working electrode includes a first base layer made of a first material, and a first conductive layer on the first base layer, and characterised by a first base layer made of a first material, and a first conductive layer on the first base layer, and characterised by a conductor pattern including a second base layer made of a second material different from the first material and a second conductive layer on the second base layer is formed in a region other than a path from an input end to an output end of the optical waveguide, in a region on the substrate.
A supporting device for a motor vehicle for attaching at least one bicycle , comprising: - at least one attachment device for fastening the supporting device to the motor vehicle , - at least one receiving device movable relative to the attachment device for receiving the at least one bicycle , and - at least one guiding device , wherein the at least one receiving device is transferable by means of the at least one guiding device in a direction of an extraction axis of the supporting device relative to the at least one attachment device between a storage position and at least one operating position , wherein the at least one receiving device is additionally movable by means of the at least one guiding device between the storage position and the at least one operating position by folding about an axis transverse to the extraction axis , wherein the at least one receiving device has a U-shaped or V-shaped section , the U-shaped or V-shaped section being designed to receive a pedal and/or a crank of the at least one bicycle . - at least one attachment device for fastening the supporting device to the motor vehicle , - at least one receiving device movable relative to the attachment device for receiving the at least one bicycle , and - at least one guiding device , wherein the at least one receiving device is transferable by means of the at least one guiding device in a direction of an extraction axis of the supporting device relative to the at least one attachment device between a storage position and at least one operating position , wherein the at least one receiving device is additionally movable by means of the at least one guiding device between the storage position and the at least one operating position by folding about an axis transverse to the extraction axis , wherein the at least one receiving device has a U-shaped or V-shaped section , the U-shaped or V-shaped section being designed to receive a pedal and/or a crank of the at least one bicycle .
A load arrangement for powering a load on a surface of a marine structure exposed to a liquid , the liquid constituting an electrically conductive medium, the load arrangement comprising: - a conductor arrangement to be arranged on the surface of the marine structure and structured for coupling to one pole of a power source , the other pole of the power source being coupled to the electrically conductive medium; - a carrier having a front surface to be in contact with the liquid and a back surface to cover part of the conductor arrangement and the surface of the marine structure, and the carrier comprising - a load arranged in the carrier and coupled between a first power node and a second power node for receiving supply current from the power source, - a front electrode at the front surface, connected to the first power node and arranged for coupling to the electrically conductive medium, and - a back electrode at the back surface, connected to the second power node and arranged for coupling to the conductor arrangement. - a conductor arrangement to be arranged on the surface of the marine structure and structured for coupling to one pole of a power source , the other pole of the power source being coupled to the electrically conductive medium; - a carrier having a front surface to be in contact with the liquid and a back surface to cover part of the conductor arrangement and the surface of the marine structure, and the carrier comprising - a load arranged in the carrier and coupled between a first power node and a second power node for receiving supply current from the power source, - a front electrode at the front surface, connected to the first power node and arranged for coupling to the electrically conductive medium, and - a back electrode at the back surface, connected to the second power node and arranged for coupling to the conductor arrangement.
A computer program product for providing a peer-to-peer security protocol, the computer program product comprising computer executable instructions stored on a non-transitory computer readable medium that when executed by a processor, instruct the processor to: identify a message that is directed from a first peer device to a second peer device ; copy the message; cause a copy of the message to be sent to an auditing server ; and receive, at the auditing server, a first public key and a first private key of a first key pair, wherein before being received at the auditing server, the first private key of the first key pair is encrypted utilizing a second public key of a second key pair including a second private key and the second public key, wherein, the second private key of the second key pair is inaccessible by the auditing server, and wherein, prior to the message being delivered to the second peer device, the message is encrypted utilizing the first public key of the first key pair associated with the second peer device. identify a message that is directed from a first peer device to a second peer device ; copy the message; cause a copy of the message to be sent to an auditing server ; and receive, at the auditing server, a first public key and a first private key of a first key pair, wherein before being received at the auditing server, the first private key of the first key pair is encrypted utilizing a second public key of a second key pair including a second private key and the second public key, wherein, the second private key of the second key pair is inaccessible by the auditing server, and wherein, prior to the message being delivered to the second peer device, the message is encrypted utilizing the first public key of the first key pair associated with the second peer device.
Assembly for a motor vehicle, characterized in that it comprises : - a reservoir comprising an envelope defining a filling space, - a groove formed in the casing of the reservoir , and - a pipe having an external diameter less than a width of the groove , characterized in that a sheath spiraled is arranged around the pipe , the assembly formed by the pipe and the sheath spiral surrounding said pipe being arranged to inside the groove so as to fix the pipe to the casing of the reservoir . - a reservoir comprising an envelope defining a filling space, - a groove formed in the casing of the reservoir , and - a pipe having an external diameter less than a width of the groove , characterized in that a sheath spiraled is arranged around the pipe , the assembly formed by the pipe and the sheath spiral surrounding said pipe being arranged to inside the groove so as to fix the pipe to the casing of the reservoir .
Gas-liquid separation device installed in the recycle zone of the three-phase fluidized reactors used in processes for the hydroconversion of heavy hydrocarbon fractions in the presence of hydrogen under high pressure, the recycle zone being made up of the upper hemisphere of the reactor and delimited in its lower part by a conical surface allowing the separated liquid to return to the catalytic zone, the device consisting in a plurality of separation elements and operating in parallel and installed vertically from the conical surface of the recycle zone , each separation element and having an inlet pipe for admitting the gas-liquid mixture, open onto the conical surface and rising to a height H inside the separation zone , and ending in a succession of two bends: a first bend situated in the (zy) plane defined by the substantially vertical z-axis, and a γ-axis belonging to the (xy) plane perpendicular to the z-axis, having its orientation defined by its angle α comprised between 45 and 315°, preferably between 60° and 300°, and, for preference, between 80° and 200°, and a second bend situated in the (x,y) plane, the x-axis being itself perpendicular to the γ-axis, having its orientation defined by its angle β comprised between 0° and 135°, preferably between 10° and 110°, and, for preference, between 30° and 100°, the two successive bends being separated by a distance D1 comprised between D/2 and 4D and preferably comprised between D/2 and 2D, D being the diameter of the pipe .
Process for producing effect paint systems on vehicle bodies and bodywork parts of metal, characterized in that an effect-imparting or colour- and effect-imparting coating material which consists of a matrix and discrete polymer particles, wherein after full or partial volatilization of the liquid phase, the matrix composed of the shell is formed by filming and the discrete polymer particles composed of the remaining cores of core/shell particles are arranged in distribution in the matrix, characterized in that the coating material is applied in a single operation by an atomizing process and then is completely or partially dried by full or partial volatilization of the liquid phase.
A method for electing a leader node using a role-based consensus protocol in a blockchain network, the method comprising: generating (S220) a new block by a node in the blockchain network; computing (S210) an effective resources metric for the node based on a role of the node, resources of the node and a role-based weight profile for the resources of the node; generating (S230) eligibility proof based on eligibility information, the eligibility information including a blockheader of the new block, an identity of the node, and the effective resources metric; and broadcasting (S240) the new block and the eligibility proof to the blockchain network, to enable one or more other nodes in the blockchain network to verify eligibility of the node as a leader node. generating (S220) a new block by a node in the blockchain network; computing (S210) an effective resources metric for the node based on a role of the node, resources of the node and a role-based weight profile for the resources of the node; generating (S230) eligibility proof based on eligibility information, the eligibility information including a blockheader of the new block, an identity of the node, and the effective resources metric; and broadcasting (S240) the new block and the eligibility proof to the blockchain network, to enable one or more other nodes in the blockchain network to verify eligibility of the node as a leader node.
A secreted frizzled protein 5 (Sfrp5)-derived peptide fragment selected from the group consisting of the peptides as set forth in SEQ ID NOs: 1 to 5 and 9.
An apparatus comprising: at least one first arrangement configured to provide first data associated with a first signal received from at least one region of at least one sample based on a first modality, and second data associated with a second signal received from the at least one sample based on a second modality which is different from the first modality wherein the at least one first arrangement is further configured to receive third data associated with a reference, characterized in that at least one of the first data or the second data is associated with a signal provided by a source arrangement, the wavelength of which varies over time; and at least one second arrangement configured to generate further data based on the first, second and third data, wherein the first modality is optical coherence tomography, wherein the second modality is reflectance microscopy, wherein the at least one first arrangement is configured to obtain optical coherence tomography information associated with the source arrangement, the wavelength of which varies over time, and in that the at least one second arrangement is further configured to generate at least one of a two-dimensional image or a three-dimensional image as a function of the further data. at least one first arrangement configured to provide first data associated with a first signal received from at least one region of at least one sample based on a first modality, and second data associated with a second signal received from the at least one sample based on a second modality which is different from the first modality wherein the at least one first arrangement is further configured to receive third data associated with a reference, characterized in that at least one of the first data or the second data is associated with a signal provided by a source arrangement, the wavelength of which varies over time; and at least one second arrangement configured to generate further data based on the first, second and third data, wherein the first modality is optical coherence tomography, wherein the second modality is reflectance microscopy, wherein the at least one first arrangement is configured to obtain optical coherence tomography information associated with the source arrangement, the wavelength of which varies over time, and in that the at least one second arrangement is further configured to generate at least one of a two-dimensional image or a three-dimensional image as a function of the further data.