mhurhangee/ep-ind-claims huggingface dataset:
A system of a plurality of vertical axis turbines comprising central shafts and peripheral blades, - each turbine comprising a shaft and at least one curved and cupped blade of the drag type including a leading portion and a trailing portion, the drag type defined as a blade that resembles a cup rather than an airfoil, comprising: - each said turbine fixed in a location, - a turbine designated as Turbine 1, a drag turbine of a counterclockwise or clockwise rotation, said turbine possessing a solidity of 20% or greater, the solidity being the percentage of the turbine blades that block the theoretical straight path of the wind through the turbine, a turbine designated as Turbine 2, whose perimeter, when closest to the perimeter of Turbine 1, is located at a distance from the shaft of Turbine 1 of the radius of Turbine 1 times approximately 1.05-1.6, Turbine 2 disposed in 35-90 degrees relationship to Turbine 1 in the face of a fluid flow coming from 180 degrees at any time in its orientation of flow, wherein Turbines 1 and 2 have the same turbine diameter, - each turbine has a variation in diameter along its height so that it is a tapered turbine and a variation in shape along its height so that the same distance from the shaft of each turbine at various heights is a location that experiences an increase in wind speed from the interaction of the wind with each turbine enabling the grouping of Turbines 1 and 2, one of the turbines being placed so that it benefits from the increase in wind speed from the other turbine. - each turbine comprising a shaft and at least one curved and cupped blade of the drag type including a leading portion and a trailing portion, the drag type defined as a blade that resembles a cup rather than an airfoil, comprising: - each said turbine fixed in a location, - a turbine designated as Turbine 1, a drag turbine of a counterclockwise or clockwise rotation, said turbine possessing a solidity of 20% or greater, the solidity being the percentage of the turbine blades that block the theoretical straight path of the wind through the turbine, a turbine designated as Turbine 2, whose perimeter, when closest to the perimeter of Turbine 1, is located at a distance from the shaft of Turbine 1 of the radius of Turbine 1 times approximately 1.05-1.6, Turbine 2 disposed in 35-90 degrees relationship to Turbine 1 in the face of a fluid flow coming from 180 degrees at any time in its orientation of flow, wherein Turbines 1 and 2 have the same turbine diameter, - each turbine has a variation in diameter along its height so that it is a tapered turbine and a variation in shape along its height so that the same distance from the shaft of each turbine at various heights is a location that experiences an increase in wind speed from the interaction of the wind with each turbine enabling the grouping of Turbines 1 and 2, one of the turbines being placed so that it benefits from the increase in wind speed from the other turbine.
Method for chemical decontamination of a surface, having an oxide layer, of a metallic component of the coolant system of a nuclear power plant comprising at least one oxidation step during which the oxide layer is treated with an aqueous solution containing an oxidising agent, and a subsequent decontamination step during which the oxide layer is treated with an aqueous solution of a decontamination acid which has the property to form a poorly soluble precipitation with metal ions, in particular with nickel ions, characterised in that before the implementation of the decontamination step, metal ions which entered into the solution during the oxidation step are removed from the aqueous solution with the aid of a cation exchanger.
A computer-implemented method for dynamically managing access to one or more devices for resolution of an incident ticket associated with the one or more devices, the method comprising: identifying an incident ticket type by analyzing data associated with the incident ticket; determining access parameters based on the incident ticket type, wherein the access parameters comprise a device type affected by the incident ticket, an application software and/or a system software run on a device affected by the incident ticket, a security privilege to access the device, and time duration to access the device; providing the access to the one or more devices based on the access parameters for the resolution of the incident ticket; determining, after providing the access, a status of the incident ticket by monitoring action logs associated with the one or more devices for actions performed on the application software and/or the system software to determine whether the ticket has been resolved; dynamically modifying the access parameters based on the status of the incident ticket, wherein the dynamically modifying the access parameters comprises modifying the time duration to access the device when the status of the incident ticket is active; and providing the access to the one or more devices based on the modified access parameters. identifying an incident ticket type by analyzing data associated with the incident ticket; determining access parameters based on the incident ticket type, wherein the access parameters comprise a device type affected by the incident ticket, an application software and/or a system software run on a device affected by the incident ticket, a security privilege to access the device, and time duration to access the device; providing the access to the one or more devices based on the access parameters for the resolution of the incident ticket; determining, after providing the access, a status of the incident ticket by monitoring action logs associated with the one or more devices for actions performed on the application software and/or the system software to determine whether the ticket has been resolved; dynamically modifying the access parameters based on the status of the incident ticket, wherein the dynamically modifying the access parameters comprises modifying the time duration to access the device when the status of the incident ticket is active; and providing the access to the one or more devices based on the modified access parameters.
A reversible recording medium comprising: a support base; and a recording layer provided on the support base and reversibly changing between a recorded state and a deleted state, the recording layer including a coloring compound having an electron-donating property, characterised in that the recording layer further includes: a photothermal conversion material including one or more of a compound having a phthalocyanine skeleton, a compound having a squarylium skeleton, a compound having a cyanine skeleton that includes, in a molecule, one or both of a counter ion of one of SbF 6, PF 6, BF 4, ClO 4, CF 3 SO 3 and (CF 3 SO 3) 2 N and a methine chain containing a five-membered ring or a six-membered ring, and an inorganic compound, and a color developing/quenching agent having an electron-accepting property and including at least one compound represented by the following general formula: where X is one of -NHCO-, -CONH-, -NHCONH-, -CONHCO-, -NHNHCO-, -CONHNH-, -CONHNHCO-, -NHCOCONH-, -NHCONHCO-, -CONHCONH-, -NHNHCONH-, -NHCONHNH-, -NHCONHNHCO- and -CONHNHCONH-, and R is a linear hydrocarbon group having 25 to 34 carbon atoms. a support base; and a recording layer provided on the support base and reversibly changing between a recorded state and a deleted state, the recording layer including a coloring compound having an electron-donating property, characterised in that the recording layer further includes: a photothermal conversion material including one or more of a compound having a phthalocyanine skeleton, a compound having a squarylium skeleton, a compound having a cyanine skeleton that includes, in a molecule, one or both of a counter ion of one of SbF 6, PF 6, BF 4, ClO 4, CF 3 SO 3 and (CF 3 SO 3) 2 N and a methine chain containing a five-membered ring or a six-membered ring, and an inorganic compound, and a color developing/quenching agent having an electron-accepting property and including at least one compound represented by the following general formula: a photothermal conversion material including one or more of a compound having a phthalocyanine skeleton, a compound having a squarylium skeleton, a compound having a cyanine skeleton that includes, in a molecule, one or both of a counter ion of one of SbF 6, PF 6, BF 4, ClO 4, CF 3 SO 3 and (CF 3 SO 3) 2 N and a methine chain containing a five-membered ring or a six-membered ring, and an inorganic compound, and a color developing/quenching agent having an electron-accepting property and including at least one compound represented by the following general formula: where X is one of -NHCO-, -CONH-, -NHCONH-, -CONHCO-, -NHNHCO-, -CONHNH-, -CONHNHCO-, -NHCOCONH-, -NHCONHCO-, -CONHCONH-, -NHNHCONH-, -NHCONHNH-, -NHCONHNHCO- and -CONHNHCONH-, and R is a linear hydrocarbon group having 25 to 34 carbon atoms.
A wireless communications method for a network with two or more uplink carrier signals, said method comprising: maintaining at a base station a primary active signal set configured for a user equipment to communicate with the wireless network via a primary uplink carrier; maintaining at said base station a secondary active signal set (150, 220) configured for the user equipment to communicate with the wireless network via a secondary uplink carrier by updating the secondary active signal set in response to one or more sectors (360, 370) being added to or deleted from the primary active signal set. maintaining at a base station a primary active signal set configured for a user equipment to communicate with the wireless network via a primary uplink carrier; maintaining at said base station a secondary active signal set (150, 220) configured for the user equipment to communicate with the wireless network via a secondary uplink carrier by updating the secondary active signal set in response to one or more sectors (360, 370) being added to or deleted from the primary active signal set.
A method of authenticating a node that does not support the CHAP protocol for Mobile IP registration, comprising: an AAA server (408, 410) receiving a request message identifying a node, the request message being in an AAA format; obtaining a password associated with the node; generating a CHAP challenge; generating a CHAP response from the password and the CHAP challenge; and sending a reply message in an AAA format and indicating the CHAP challenge and the CHAP response to a network device, thereby enabling the network device to generate a Mobile IP registration request including the CHAP challenge and CHAP response. an AAA server (408, 410) receiving a request message identifying a node, the request message being in an AAA format; obtaining a password associated with the node; generating a CHAP challenge; generating a CHAP response from the password and the CHAP challenge; and sending a reply message in an AAA format and indicating the CHAP challenge and the CHAP response to a network device, thereby enabling the network device to generate a Mobile IP registration request including the CHAP challenge and CHAP response.
A neurotransmitter receptor modulating agent for use in a method of stimulating increased myelination of nerves in a human subject having a demyelinating disease, the method comprising administering to the subject a therapeutically effective dose of said neurotransmitter receptor modulating agent, wherein said agent is a muscarinic receptor antagonist.
Device for unwinding a coil of a metal strip comprising: (a) a bogie and a guiding system wherein the bogie is translatable back and forth along the guiding system; (b) a blocking system which is arranged on said bogie and which contains a first shaped element and a second shaped element; (c) an actuating system (21, 22) for modifying the distance between said first and second shaped elements for defining an intercepting position of a strip end between said two shaped elements (16, 18) when spaced and a gripping position of said strip end by said two shaped elements (16, 18) when close together; wherein said first shaped element is a roller and wherein said second shaped element is preferably a second roller; the device being characterized in that it further comprises (d) an element for detaching said strip end from the coil provided on the first shaped element. (a) a bogie and a guiding system wherein the bogie is translatable back and forth along the guiding system; (b) a blocking system which is arranged on said bogie and which contains a first shaped element and a second shaped element; (c) an actuating system (21, 22) for modifying the distance between said first and second shaped elements for defining an intercepting position of a strip end between said two shaped elements (16, 18) when spaced and a gripping position of said strip end by said two shaped elements (16, 18) when close together; wherein said first shaped element is a roller and wherein said second shaped element is preferably a second roller; the device being characterized in that it further comprises (d) an element for detaching said strip end from the coil provided on the first shaped element.
A method for processing speech signals prior to encoding a digital signal comprising audio data, wherein the method is characterized by comprising: selecting frequency domain coding or time domain coding based on a coding bit rate to be used for coding the digital signal and a short pitch lag detection of the digital signal; wherein the short pitch lag detection comprises detecting whether the digital signal comprises a short pitch signal for which the pitch lag is shorter than a pitch lag limit, wherein the pitch lag limit is a minimum allowable pitch for a Code Excited Linear Prediction, CELP, algorithm for coding the digital signal, wherein the minimum allowable pitch is 34 when a sampling rate is 12.8 kHz. a coding bit rate to be used for coding the digital signal and a short pitch lag detection of the digital signal; wherein the short pitch lag detection comprises detecting whether the digital signal comprises a short pitch signal for which the pitch lag is shorter than a pitch lag limit, wherein the pitch lag limit is a minimum allowable pitch for a Code Excited Linear Prediction, CELP, algorithm for coding the digital signal, wherein the minimum allowable pitch is 34 when a sampling rate is 12.8 kHz.
A composite ballistic-resistant unit material, wherein the composite ballistic-resistant unit material is constituted by intersecting compositing of N unit layers each of which is constituted by a two-layer structure, in which 1≤N≤8, an organic thin film is attached to two sides of the N unit layers, the angle of intersection of each adjacent layer being 45°-90°; characterized in that a first layer is a ballistic-resistant fibre unidirectional tape coated by a first resin adhesive, said first resin adhesive including thermoplastic resin comprising one or more of natural rubber, polyacrylates and ethylene vinyl acetate copolymers, a second layer is a ballistic-resistant fibre unidirectional tape coated by a second resin adhesive, said second resin adhesive including thermoplastic resin comprising one or more of polyurethanes and polyvinyl alcohols, wherein the tensile modulus of the first resin adhesive is lower than 6MPa, and the tensile modulus of the second resin adhesive is higher than 6 MPa; the loss modulus of the first resin adhesive and the second resin adhesive is the same as the loss modulus of the ballistic-resistant fibre at 30-40 °C, under the same conditions of the test frequency and strain value.
A pneumatic tire comprising sidewall portions, wherein at least one of the sidewall portions includes a projection formation portion in which a plurality of micro projections (4, 5) are formed on an outer surface thereof, the micro projections (4, 5) each have a height (h) of not greater than 0.5 mm, the projection formation portion has an area of not less than 10 mm 2, the number of the micro projections (4, 5) formed at an interval (d) of not greater than 0.5 mm in at least one direction is 20 or more, wherein the interval refers to the minimum linear distance between the tops of the micro projections adjacent to each other when the micro projections are seen in a direction perpendicular to the one direction, characterized in that when a stress at a tensile strain of 100% and a stress at a tensile strain of 300% of the sidewall portion in a tensile test under an environment of 25°C at a tensile speed of 500 mm/min are denoted by M100 (MPa) and M300 (MPa), respectively, M300/M100 is greater than 4.0, and in that a loss tangent tanδ of the sidewall portion measured under conditions of temperature: 70°C, initial strain: 2.5%, dynamic strain: ±1%, frequency: 10Hz, and deformation mode: tension is not greater than 0.09. at least one of the sidewall portions includes a projection formation portion in which a plurality of micro projections (4, 5) are formed on an outer surface thereof, the micro projections (4, 5) each have a height (h) of not greater than 0.5 mm, the projection formation portion has an area of not less than 10 mm 2, the number of the micro projections (4, 5) formed at an interval (d) of not greater than 0.5 mm in at least one direction is 20 or more, wherein the interval refers to the minimum linear distance between the tops of the micro projections adjacent to each other when the micro projections are seen in a direction perpendicular to the one direction, characterized in that when a stress at a tensile strain of 100% and a stress at a tensile strain of 300% of the sidewall portion in a tensile test under an environment of 25°C at a tensile speed of 500 mm/min are denoted by M100 (MPa) and M300 (MPa), respectively, M300/M100 is greater than 4.0, and in that a loss tangent tanδ of the sidewall portion measured under conditions of temperature: 70°C, initial strain: 2.5%, dynamic strain: ±1%, frequency: 10Hz, and deformation mode: tension is not greater than 0.09.
Combination of a helmet, a docking station located at a rear portion of the helmet and affixed to the helmet, and a detachable portion (103, 200) adapted to be connected to the helmet via the docking station, wherein the detachable portion (103, 200) comprises pressure-activated elements (104, 202, 204, 205), which, when the detachable portion (103, 200) is connected to the helmet, are located at a distance of at least 4.5 centimeters, measured from a center of the rear portion of the helmet to an edge of the pressure-activated elements (104, 202, 204, 205) closest to the center of the rear portion of the helmet, which is not an on/off switch, such as to be easily reached by fingers of a wearer of the helmet, wherein the detachable portion (103, 200) comprises an antenna, which is located near an end of the detachable portion (103, 200) that, when the detachable portion (103, 200) is connected to the helmet, is the farthest from the center of the rear portion of the helmet on the side of the center of the rear portion of the helmet where the pressure-activated elements (104, 202, 204, 205) are located, wherein the antenna is configured to be coupled to a communication system and is housed in a housing of the detachable portion (103, 200).
User Equipment, UE, for a Radio Access Network, the UE being adapted for sidelink communication on a sidelink for which data is exchanged between the UE and another UE directly and/or without being relayed via a network node, the UE further being adapted for transmitting acknowledgement signaling pertaining to sidelink data, the sidelink data comprising one or more data elements; wherein the acknowledgement signaling has a signaling format comprising one or more acknowledgement substructures, each of the substructures comprising one or more bits representing acknowledgement information pertaining to one of the data elements; wherein further each of the acknowledgment substructures is mapped to a different one of the data elements based on at least one acknowledgement position indication provided in control signaling received by the UE; the acknowledgement position indication comprising a timing indication; the timing indication indicating a slot for transmitting the acknowledgement signaling; the acknowledgement position indication further comprising a resource selection indication indicating a resource for transmitting the acknowledgement signaling, the resource being a time-frequency resource and being selected by the resource selection indication from a pool of resources configured to the UE to be available for transmitting the acknowledgement signaling in the slot indicated by the timing indication; wherein further resources of the configured pool of resources for transmitting the acknowledgement signaling have different associated formats for transmission of the acknowledgement signaling or different payload size, and and wherein the timing indication is used to select a substructure within the resource selected by the resource selection indication. the timing indication indicating a slot for transmitting the acknowledgement signaling; the acknowledgement position indication further comprising a resource selection indication indicating a resource for transmitting the acknowledgement signaling, the resource being a time-frequency resource and being selected by the resource selection indication from a pool of resources configured to the UE to be available for transmitting the acknowledgement signaling in the slot indicated by the timing indication; wherein further resources of the configured pool of resources for transmitting the acknowledgement signaling have different associated formats for transmission of the acknowledgement signaling or different payload size, and and wherein the timing indication is used to select a substructure within the resource selected by the resource selection indication.
Electrical device for connection to a high-voltage supply system, comprising - a magnetizable core, - at least one winding which is configured for generating a magnetic field in the core, and - a group of measurement sensors (9, 10, 11, 23a-23g) which provide measurement signals on the output side, wherein at least one communication unit is provided with a housing in which a GSM module and a plurality of analogue measurement inputs and a plurality of digital measurement inputs (22a-22g) are arranged, wherein a plurality of the measurement sensors (23a-23g) are connected to the respective communication unit, and the respective communication unit is configured for processing the measurement data obtained from the various measurement signals, characterized in that an energy supply comprising an energy source, overcurrent protection and polarization protection is provided for each analogue input (22c-e). - a magnetizable core, - at least one winding which is configured for generating a magnetic field in the core, and - a group of measurement sensors (9, 10, 11, 23a-23g) which provide measurement signals on the output side, at least one communication unit is provided with a housing in which a GSM module and a plurality of analogue measurement inputs and a plurality of digital measurement inputs (22a-22g) are arranged, wherein a plurality of the measurement sensors (23a-23g) are connected to the respective communication unit, and the respective communication unit is configured for processing the measurement data obtained from the various measurement signals, characterized in that an energy supply comprising an energy source, overcurrent protection and polarization protection is provided for each analogue input (22c-e).
Use of benzoic acid or a derivative of benzoic acid in a feed composition comprising maize-soybean meal as a major part of protein source for the assimilation of amino acids and/or nitrogen in animals.