mhurhangee/ep-ind-claims huggingface dataset:
An automatic flight protection system comprising: a sensor (218, 219, 220, 221, 222) configured to allow determination or deriving of aircraft dynamic pressure; a processor coupled to the sensor (218, 219, 220, 221, 222), the processor being configured to limit the wing lift coefficient as a function of the aircraft dynamic pressure to create a limitation for a load parameter relevant to a structural design of an aircraft; wherein the processor controls the angle of attack dependent on dynamic pressure or a combination of parameters that permit the computation of the dynamic pressure; the processor stores angle of attack control tables that are dependent on dynamic pressure or the combination of parameters that permit the computation of the dynamic pressure; and an electromechanical linkage coupled to the processor, the electromechanical linkage controlling the aircraft in accordance with the limitation to the load parameter relevant to an aircraft structural design. a sensor (218, 219, 220, 221, 222) configured to allow determination or deriving of aircraft dynamic pressure; a processor coupled to the sensor (218, 219, 220, 221, 222), the processor being configured to limit the wing lift coefficient as a function of the aircraft dynamic pressure to create a limitation for a load parameter relevant to a structural design of an aircraft; wherein the processor controls the angle of attack dependent on dynamic pressure or a combination of parameters that permit the computation of the dynamic pressure; the processor stores angle of attack control tables that are dependent on dynamic pressure or the combination of parameters that permit the computation of the dynamic pressure; and an electromechanical linkage coupled to the processor, the electromechanical linkage controlling the aircraft in accordance with the limitation to the load parameter relevant to an aircraft structural design.
A negative electrode active material comprising lithium titanium oxide particles, wherein the lithium titanium oxide particles have a Na content of 50 ppm-300 ppm, K content of 500 ppm-2400 ppm and a crystallite size of 100-200 nm, and the lithium titanium oxide is represented by the following Chemical Formula 1: [Chemical Formula 1] Li x Ti y O z M w wherein M is any one selected from the group consisting of Zr, B, Sn, S, Be, Ge and Zn, or a combination of two or more of them, 0.5 ≤ x ≤ 5, 1 ≤ y ≤ 5, 2 ≤ z ≤ 12, and 0 ≤ w < 0.1.
A method of determining the absolute amount or the proportion of the total amount of musculoskeletal protein fragments present in a sample from a subject, which fragments comprise a sequence subject to non-enzymatic deamidation, that is derived from turnover or degradation of an aged musculoskeletal protein, said method comprising: i) determining the total amount of said fragments present in the sample, and ii) determining the amount that is deamidated or the proportion of said total amount that is deamidated, and thereby determining the amount or proportion of the total amount of said fragments that is derived from turnover or degradation of aged musculoskeletal protein, wherein the determining step comprises the use of an antibody or antigen-binding fragment thereof that specifically recognizes a non-enzymatic deamidation product of COMP to determine the amount that is deamidated or the proportion of the total amount that is deamidated. i) determining the total amount of said fragments present in the sample, and ii) determining the amount that is deamidated or the proportion of said total amount that is deamidated, and thereby determining the amount or proportion of the total amount of said fragments that is derived from turnover or degradation of aged musculoskeletal protein,
A method of video decoding in a decoder, comprising: receiving a first syntax element in a coded video bit stream, the first syntax element indicating a maximum allowed number of merge candidates in a set of coding blocks in the coded video bit stream; setting a maximum allowed number of triangular prediction mode, TPM, candidates for the set of coding blocks based on a second syntax element when the second syntax element is received, otherwise setting the maximum allowed number of TPM candidates based on the first syntax element; and when a current coding block in the set of coding blocks is coded in a triangular prediction mode, constructing a triangular prediction candidate list of the current coding block based on a number of TPM candidates, the number of TPM candidates on the triangular prediction candidate list being less than or equal to the maximum allowed number of TPM candidates. receiving a first syntax element in a coded video bit stream, the first syntax element indicating a maximum allowed number of merge candidates in a set of coding blocks in the coded video bit stream; setting a maximum allowed number of triangular prediction mode, TPM, candidates for the set of coding blocks based on a second syntax element when the second syntax element is received, otherwise setting the maximum allowed number of TPM candidates based on the first syntax element; and when a current coding block in the set of coding blocks is coded in a triangular prediction mode, constructing a triangular prediction candidate list of the current coding block based on a number of TPM candidates, the number of TPM candidates on the triangular prediction candidate list being less than or equal to the maximum allowed number of TPM candidates.
A method operational on a multi-modal user equipment, comprising: ascertaining that a first service over a wireless communication session with a first network has failed; sending a service request for a second service to the first network, where the second service is distinct from the first service, wherein the service request is an extended service request message that is used to indicate that the user equipment is initiating a voice call service, and foregoing subsequent steps for initiating the voice call service which has the effect of suspending the wireless communication session with the first network; and resending the data transmission for the failed first service over a second network. ascertaining that a first service over a wireless communication session with a first network has failed; sending a service request for a second service to the first network, where the second service is distinct from the first service, wherein the service request is an extended service request message that is used to indicate that the user equipment is initiating a voice call service, and foregoing subsequent steps for initiating the voice call service which has the effect of suspending the wireless communication session with the first network; and resending the data transmission for the failed first service over a second network.
A method of allocating telecommunications conference hosting resources for the management of a conferencing function, comprising the steps of generating a validation for each of a plurality of conference hosts to permit access to the telecommunications conference hosting resources for a predetermined duration selectable by the respective conference hosts characterized in that the method allocates telecommunications conference hosting resources to each conference host for the predetermined duration so as to allow the conference host to make multiple accessions to the telecommunications conference hosting resources at any time before the expiry of the predetermined duration, and connects said telecommunications conference hosting resources to the conference host in response to such accessions, wherein different conference hosts may be validated for use of the same resources for different durations, arid wherein allocation of resources is prioritised for the conference hosts having selected the most restricted duration.
An applicator tip for spraying and/or mixing at least two fluids that react together, the tip comprising: - at least two fluid conduits (11, 12) for carrying the at least two fluids, each conduit having at least one outlet opening (22, 23), the openings are positioned substantially on a same plane; - at least two gas conduits (10a, 10b) for carrying a gas volume, each gas conduit comprises a proximal gas tube and a distal gas tube, wherein each distal gas tube is bent as compared to the position of the proximal gas tube, and wherein each distal gas tube has one gas opening (13, 13') with a diameter, the gas openings positioned distal from the plane of the outlet openings (22, 23); and - a housing for accommodating the at least two fluid conduits (11, 12) and the at least two gas conduits (10a, 10b), wherein the housing comprises a base plate from which the fluid conduits (11, 12) and the proximal gas tubes extend through; wherein the plane where the outlet openings (22, 23) are positioned, is elevated from the base plate by a conduit extension so that at least two recesses are formed between the conduit extension and the proximal gas tubes; and wherein the ratio between the vertical distance from the base plate to the plane where the outlet openings (22, 23) are positioned and a vertical distance from the base plate to a center point of the gas outlet opening is in the range of 0.71-0.81. - at least two fluid conduits (11, 12) for carrying the at least two fluids, each conduit having at least one outlet opening (22, 23), the openings are positioned substantially on a same plane; - at least two gas conduits (10a, 10b) for carrying a gas volume, each gas conduit comprises a proximal gas tube and a distal gas tube, wherein each distal gas tube is bent as compared to the position of the proximal gas tube, and wherein each distal gas tube has one gas opening (13, 13') with a diameter, the gas openings positioned distal from the plane of the outlet openings (22, 23); and - a housing for accommodating the at least two fluid conduits (11, 12) and the at least two gas conduits (10a, 10b), wherein the housing comprises a base plate from which the fluid conduits (11, 12) and the proximal gas tubes extend through;
A functional element having a head part with a flange and a section projecting away from a first side of the flange for punching into a sheet metal part without piercing the sheet metal part and also having a shaft part with a longitudinal axis which satisfies a function and which projects away from a second side of the flange opposite to the first side, wherein the flange and the section are arranged at least substantially coaxial to the shaft part, with the section, which is formed as a hollow cylinder having ribs extending parallel to the longitudinal direction at its outer jacket surface and the section having a diverging truncated cone shape in the region of its free end face at the inner side directly adjacent to the free end of the section, with the truncated cone shape serving for the dilation of the section during punching into the sheet metal part.
A machine for making and dispensing liquid or semi-liquid products, characterized in that it comprises, in combination: - at least one batch freezing unit, comprising: a processing vessel, a stirrer mounted inside the processing vessel to mix a basic product and provided with scrapers acting on the inside walls of the processing vessel, and a dispenser adapted to allow the product to be drawn out of the processing vessel; - a first refrigerated compartment adapted to house at least one vessel for containing basic products; - at least a first door for closing the first refrigerated compartment; - at least one pump connected in use to the processing vessel and connectable to the at least one vessel for containing basic products in order to transfer the basic product from the vessel for containing basic products to the processing vessel. - at least a second compartment adapted to house the pump and a second door for closing the second compartment., wherein the second compartment is refrigerated. the machine further comprising a heat exchanger associated with at least one wall of the second compartment to allow it to be refrigerated, a heat exchanger associated with at least one wall of the first compartment to allow it to be refrigerated, and also comprising a connecting opening between the first and the second compartment, and further comprising at least one connecting duct between the pump and the containment vessel. - at least one batch freezing unit, comprising: a processing vessel, a stirrer mounted inside the processing vessel to mix a basic product and provided with scrapers acting on the inside walls of the processing vessel, and a dispenser adapted to allow the product to be drawn out of the processing vessel; - a first refrigerated compartment adapted to house at least one vessel for containing basic products; - at least a first door for closing the first refrigerated compartment; - at least one pump connected in use to the processing vessel and connectable to the at least one vessel for containing basic products in order to transfer the basic product from the vessel for containing basic products to the processing vessel. - at least a second compartment adapted to house the pump and a second door for closing the second compartment., wherein the second compartment is refrigerated. the machine further comprising a heat exchanger associated with at least one wall of the second compartment to allow it to be refrigerated, a heat exchanger associated with at least one wall of the first compartment to allow it to be refrigerated, and also comprising a connecting opening between the first and the second compartment, and further comprising at least one connecting duct between the pump and the containment vessel.
A sensor system comprising: a magnetic circuit comprising a coil; a magnet; at least one of a ferromagnetic armature plate and a conductive armature plate, wherein the at least one of the ferromagnetic armature plate and the conductive armature plate is configured to move axially in response to at least one of the magnet and the coil; and a controller configured to apply a known first voltage across the coil and monitor a current through the coil; characterised by further comprising: an inner pole; and an outer pole, wherein the coil is in proximity to at least one of the inner pole and the outer pole, and the magnet is disposed between a first portion of the inner pole and a first portion of the outer pole, and the at least one of the ferromagnetic armature plate and the conductive armature plate is disposed in axial proximity to a second portion of the inner pole and a second portion of the outer pole, forming the magnetic circuit, wherein the ferromagnetic armature plate is configured to move axially. a magnetic circuit comprising a coil; a magnet; at least one of a ferromagnetic armature plate and a conductive armature plate, wherein the at least one of the ferromagnetic armature plate and the conductive armature plate is configured to move axially in response to at least one of the magnet and the coil; and a controller configured to apply a known first voltage across the coil and monitor a current through the coil; characterised by further comprising: an inner pole; and an outer pole, wherein the coil is in proximity to at least one of the inner pole and the outer pole, and the magnet is disposed between a first portion of the inner pole and a first portion of the outer pole, and the at least one of the ferromagnetic armature plate and the conductive armature plate is disposed in axial proximity to a second portion of the inner pole and a second portion of the outer pole, forming the magnetic circuit, wherein the ferromagnetic armature plate is configured to move axially. an inner pole; and an outer pole, wherein the coil is in proximity to at least one of the inner pole and the outer pole, and the magnet is disposed between a first portion of the inner pole and a first portion of the outer pole, and the at least one of the ferromagnetic armature plate and the conductive armature plate is disposed in axial proximity to a second portion of the inner pole and a second portion of the outer pole, forming the magnetic circuit, wherein the ferromagnetic armature plate is configured to move axially. wherein the coil is in proximity to at least one of the inner pole and the outer pole, and the magnet is disposed between a first portion of the inner pole and a first portion of the outer pole, and the at least one of the ferromagnetic armature plate and the conductive armature plate is disposed in axial proximity to a second portion of the inner pole and a second portion of the outer pole, forming the magnetic circuit, wherein the ferromagnetic armature plate is configured to move axially.
A composition comprising: a botanical extract of the testa of Anacardium occidentale L, wherein the botanical extract is present in an amount of from 30.00 μg/mL to 500.0 μg/mL, wherein the extract is obtainable by extracting the testa of Anacardium occidentale L with a mixture of 70% ethanol and 30% water, and wherein the composition inhibits γ-H2AX activity. a botanical extract of the testa of Anacardium occidentale L, wherein the botanical extract is present in an amount of from 30.00 μg/mL to 500.0 μg/mL, wherein the extract is obtainable by extracting the testa of Anacardium occidentale L with a mixture of 70% ethanol and 30% water, and wherein the composition inhibits γ-H2AX activity.
An oil cooler (1, 51) comprising: a number of core plates (6, 7) each of which has oil pass holes where oil flows and cooling water pass holes where cooling water flows; a heat-exchanging section where the core plates (6. 7) are laminated to define an inter-plate oil flow passage and an inter-plate cooling water flow passage alternately between an adjacent pair of the core plates (6, 7), in which oil and cooling water can mutually independently flow in a direction perpendicular to a core plate lamination direction while changing its flow direction by a U-turn thereby proceeding in the core plate lamination direction as a whole; one end part located at one side of the core plate lamination direction and provided with both an oil inlet for introducing oil into the heat-exchanging section and an oil outlet for draining oil out of the heat-exchanging section; and the other end part located at the other side of the core plate lamination direction and provided with both a cooling water inlet for introducing cooling water into the heat-exchanging section and a cooling water outlet for draining cooling water out of the heat-exchanging section, characterized by the fact that the number of oil pass holes where oil flows is three and the number of cooling water pass holes where cooling water flows is three. a number of core plates (6, 7) each of which has oil pass holes where oil flows and cooling water pass holes where cooling water flows; a heat-exchanging section where the core plates (6. 7) are laminated to define an inter-plate oil flow passage and an inter-plate cooling water flow passage alternately between an adjacent pair of the core plates (6, 7), in which oil and cooling water can mutually independently flow in a direction perpendicular to a core plate lamination direction while changing its flow direction by a U-turn thereby proceeding in the core plate lamination direction as a whole; one end part located at one side of the core plate lamination direction and provided with both an oil inlet for introducing oil into the heat-exchanging section and an oil outlet for draining oil out of the heat-exchanging section; and the other end part located at the other side of the core plate lamination direction and provided with both a cooling water inlet for introducing cooling water into the heat-exchanging section and a cooling water outlet for draining cooling water out of the heat-exchanging section, characterized by the fact that the number of oil pass holes where oil flows is three and the number of cooling water pass holes where cooling water flows is three.
Conveyor grate for conveying and cooling bulk material, comprising a grate floor with a plurality of planks being arranged adjacently to each other and transversely to the conveying direction on an associated support structure, being operationally moved relative to each other solely or in groups and in longitudinal direction, with moving gaps in between allowing a passage of cooling air, wherein the mutually facing side edges or side edge regions of two juxtaposed planks form profiles, between which the moving gap is formed, characterized in that the side edge regions of juxtaposed planks form mutually complementary profiles and that the planks (24, 26) are composed of a plurality of plank portions (24', 24", 24"'; 26', 26" 26'") being arranged one behind the other in longitudinal direction and being interconnected.
Use of a composition in enhancing the fertility of an artificial insemination boar sperm dose, characterized in that the composition comprises at least one binding agent, which is a lectin, which binding agent is not chemically modified, having affinity for N-acetyl glucosamine and/or affinity for sialic acid, or comprising sialidase which is not chemically modified for hydrolysing sialic acid.
A method of providing a television program to a user of an interactive program guide, the method comprising: automatically recording either by a video recorder at a network location (36, 50, 56) or by a video recorder at a location local to a user television equipment, at least some television programs being broadcast; receiving a user selection on a display screen to set a reminder time for a television program which is scheduled for automatic recording (282, 284); receiving a further user selection on the display screen to create an archived copy of the selected television program if the user misses the selected television program at the time for which the reminder was set and the selected television program is one of the automatically recorded television programs; monitoring user interaction with the user television equipment and the interactive television application during a time period at which the user was to watch the television program to determine whether the user interacts with the television equipment at the time for which the reminder was set; and if it is determined that the user did not interact with the television equipment during the time period at which the user was to watch the television program, creating the archived copy of the selected television program in a personal area of the user at the network location (36, 50, 56) or at the location local to the user television equipment. automatically recording either by a video recorder at a network location (36, 50, 56) or by a video recorder at a location local to a user television equipment, at least some television programs being broadcast; receiving a user selection on a display screen to set a reminder time for a television program which is scheduled for automatic recording (282, 284); receiving a further user selection on the display screen to create an archived copy of the selected television program if the user misses the selected television program at the time for which the reminder was set and the selected television program is one of the automatically recorded television programs; monitoring user interaction with the user television equipment and the interactive television application during a time period at which the user was to watch the television program to determine whether the user interacts with the television equipment at the time for which the reminder was set; and if it is determined that the user did not interact with the television equipment during the time period at which the user was to watch the television program, creating the archived copy of the selected television program in a personal area of the user at the network location (36, 50, 56) or at the location local to the user television equipment.