mhurhangee/ep-ind-claims huggingface dataset:
A communication apparatus comprising: communication means (206, 301) capable of performing first communication with a first other communication apparatus in a first duration which comes at a predetermined time interval, and performing, based on the first communication, second communication with the first other communication apparatus by setting a second duration different from the first duration, and identification means (303, 305) for identifying one or more third durations during which the first communication is performed by each of one or more second other communication apparatuses, and identifying, as the second duration, at least part of a duration usable for the second communication based on the one or more third durations, wherein the communication means is configured to transmit, in the first duration, to the first other communication apparatus, a signal to request that the second communication be performed in the second duration, and each of the first and third durations is a duration of a discovery window defined by Neighbor Awareness Networking, NAN, each belonging to another NAN cluster. communication means (206, 301) capable of performing first communication with a first other communication apparatus in a first duration which comes at a predetermined time interval, and performing, based on the first communication, second communication with the first other communication apparatus by setting a second duration different from the first duration, and identification means (303, 305) for identifying one or more third durations during which the first communication is performed by each of one or more second other communication apparatuses, and identifying, as the second duration, at least part of a duration usable for the second communication based on the one or more third durations, wherein the communication means is configured to transmit, in the first duration, to the first other communication apparatus, a signal to request that the second communication be performed in the second duration, and each of the first and third durations is a duration of a discovery window defined by Neighbor Awareness Networking, NAN, each belonging to another NAN cluster.
A method for tuning flatness control for rolling a strip in a mill comprising rolls (9-1, 9-2) controllable by means of a plurality of actuators, which mill is modeled by means of a mill matrix, wherein the method comprises: a) obtaining an equivalent movement range for each actuator, b) determining a scaled mill matrix by scaling the mill matrix based on the equivalent movement ranges, and c) obtaining a singular value decomposition of the scaled mill matrix for providing flatness control of the strip by means of the actuators. a) obtaining an equivalent movement range for each actuator, b) determining a scaled mill matrix by scaling the mill matrix based on the equivalent movement ranges, and c) obtaining a singular value decomposition of the scaled mill matrix for providing flatness control of the strip by means of the actuators.
A pneumatic tire, comprising: a carcass layer extending between a pair of left and right bead cores; a side protector provided on a side wall portion located on a tire outer side of the carcass layer, rising from a side profile of the tire to the tire outer side, and extending in a tire circumferential direction; a wear indicator hole provided on a surface of the side protector, extending from the surface of the side protector to a tire inner side, and serving as an indication of wear of the side protector; and a guide recess portion (11A, 11B, 11C, 11D, 100A, 101A, 102A, 103A, 104A, 100B, 101B, 102B, 103B, 104B, 100C) provided on the surface of the side protector and extending from the surface of the side protector to the tire inner side, the guide recess portion (11A, 11B, 11C, 11D, 100A, 101A, 102A, 103A, 104A, 100B, 101B, 102B, 103B, 104B, 100C) terminating in a vicinity of the wear indicator hole, the guide recess portion (11A, 11B, 11C, 11D, 100A, 101A, 102A, 103A, 104A, 100B, 101B, 102B, 103B, 104B, 100C) separating from the wear indicator hole and, in a projection view in the tire circumferential direction perpendicular to a surface of the side wall portion, at least a portion of the guide recess portion (11A, 11B, 11C, 11D, 100A, 101A, 102A, 103A, 104A, 100B, 101B, 102B, 103B, 104B, 100C) overlapping the wear indicator hole. a carcass layer extending between a pair of left and right bead cores; a side protector provided on a side wall portion located on a tire outer side of the carcass layer, rising from a side profile of the tire to the tire outer side, and extending in a tire circumferential direction; a wear indicator hole provided on a surface of the side protector, extending from the surface of the side protector to a tire inner side, and serving as an indication of wear of the side protector; and a guide recess portion (11A, 11B, 11C, 11D, 100A, 101A, 102A, 103A, 104A, 100B, 101B, 102B, 103B, 104B, 100C) provided on the surface of the side protector and extending from the surface of the side protector to the tire inner side, the guide recess portion (11A, 11B, 11C, 11D, 100A, 101A, 102A, 103A, 104A, 100B, 101B, 102B, 103B, 104B, 100C) terminating in a vicinity of the wear indicator hole, the guide recess portion (11A, 11B, 11C, 11D, 100A, 101A, 102A, 103A, 104A, 100B, 101B, 102B, 103B, 104B, 100C) separating from the wear indicator hole and, in a projection view in the tire circumferential direction perpendicular to a surface of the side wall portion, at least a portion of the guide recess portion (11A, 11B, 11C, 11D, 100A, 101A, 102A, 103A, 104A, 100B, 101B, 102B, 103B, 104B, 100C) overlapping the wear indicator hole.
A method for generating a protected version of a digital content, the method comprising: obfuscating the digital content to yield a functionally equivalent obfuscated digital content using at least one device or non-device parameter, wherein the obfuscated digital content comprises a valid executable code that maintains an underlying functionality of the original source code of the digital content; installing an execution control check in the obfuscated digital content forcing the obfuscated digital content to check with a server if the obfuscated digital content is allowed to execute on a client, encrypting the obfuscated digital content using the at least one device or non-device parameter generating a decryption logic which upon execution generates a decryption key, the decryption key being based upon the at least one device or non-device parameter; concatenating the encrypted digital content and the decryption logic to generate the protected version of the digital content; and sending the protected version of the digital content wherein the protected version will only work when the client can execute the obfuscated digital content after a successful decryption of the encrypted digital content. obfuscating the digital content to yield a functionally equivalent obfuscated digital content using at least one device or non-device parameter, wherein the obfuscated digital content comprises a valid executable code that maintains an underlying functionality of the original source code of the digital content; installing an execution control check in the obfuscated digital content forcing the obfuscated digital content to check with a server if the obfuscated digital content is allowed to execute on a client, encrypting the obfuscated digital content using the at least one device or non-device parameter generating a decryption logic which upon execution generates a decryption key, the decryption key being based upon the at least one device or non-device parameter; concatenating the encrypted digital content and the decryption logic to generate the protected version of the digital content; and sending the protected version of the digital content wherein the protected version will only work when the client can execute the obfuscated digital content after a successful decryption of the encrypted digital content.
A liquid blow molding method of molding a bottomed cylindrical preform having a mouth part into a liquid-containing container of a predetermined shape, the liquid blow molding method comprising: a first nozzle descending step of descending a blow nozzle to a first position at which the blow nozzle does not seal the mouth part; a gas-liquid replacement step of supplying a liquid into the preform from the blow nozzle at the first position and discharging air inside the preform to outside through a gap between the mouth part and the blow nozzle; a second nozzle descending step of descending the blow nozzle to a second position at which the blow nozzle seals the mouth part, after the gas-liquid replacement step; and a blow molding step of supplying the liquid into the preform from the blow nozzle at the second position to blow mold the preform into the predetermined shape. a first nozzle descending step of descending a blow nozzle to a first position at which the blow nozzle does not seal the mouth part; a gas-liquid replacement step of supplying a liquid into the preform from the blow nozzle at the first position and discharging air inside the preform to outside through a gap between the mouth part and the blow nozzle; a second nozzle descending step of descending the blow nozzle to a second position at which the blow nozzle seals the mouth part, after the gas-liquid replacement step; and a blow molding step of supplying the liquid into the preform from the blow nozzle at the second position to blow mold the preform into the predetermined shape.
A method, comprising: applying, by a first node operating under a transmission/reception pattern of a time division half-duplex communication scheme, a frame structure comprising an extended transmission part, wherein the extended transmission part is an extension to a default transmission part of the transmission/reception pattern and occupies a part of an adjacent default reception part of the transmission/reception pattern, and the extended transmission part at least partially overlaps in time domain with a reception part (202, RX) of a frame structure applied by at least one second node operating under the same transmission/reception pattern as the first node at least for the transmission/reception pattern time slot affected by the extension; and causing specific signaling by the first node to the at least one second node in the extended transmission part. applying, by a first node operating under a transmission/reception pattern of a time division half-duplex communication scheme, a frame structure comprising an extended transmission part, wherein the extended transmission part is an extension to a default transmission part of the transmission/reception pattern and occupies a part of an adjacent default reception part of the transmission/reception pattern, and the extended transmission part at least partially overlaps in time domain with a reception part (202, RX) of a frame structure applied by at least one second node operating under the same transmission/reception pattern as the first node at least for the transmission/reception pattern time slot affected by the extension; and causing specific signaling by the first node to the at least one second node in the extended transmission part.
A press brake, comprising: a hydraulic cylinder (131,132) configured to move an upper table and a lower table relative to each other in a vertical direction; and characterized by comprising a control unit configured to control a hydraulic circuit (150,150A) of the hydraulic cylinder (131,132), wherein the control unit manages a predictor of an occurrence of an abnormality in the hydraulic circuit (150,150A) including a first pressure control valve configured to control a back pressure of hydraulic oil on a first port side of the hydraulic cylinder (131,132) by using a predictor determination threshold value that is detected earlier than an abnormality determination threshold value, wherein the predictor management is performed in a state in which movement of the upper table relative to the lower table is stopped by detecting an amount of leakage of hydraulic oil passing from the first port side of the hydraulic cylinder (131,132) through the first pressure control valve. a hydraulic cylinder (131,132) configured to move an upper table and a lower table relative to each other in a vertical direction; and characterized by comprising a control unit configured to control a hydraulic circuit (150,150A) of the hydraulic cylinder (131,132), wherein the control unit manages a predictor of an occurrence of an abnormality in the hydraulic circuit (150,150A) including a first pressure control valve configured to control a back pressure of hydraulic oil on a first port side of the hydraulic cylinder (131,132) by using a predictor determination threshold value that is detected earlier than an abnormality determination threshold value, wherein the predictor management is performed in a state in which movement of the upper table relative to the lower table is stopped by detecting an amount of leakage of hydraulic oil passing from the first port side of the hydraulic cylinder (131,132) through the first pressure control valve.
A milking parlour comprising a rotary platform, an emergency stop device and at least one component (10, 13a) arranged beside an edge portion (1a, 1b) of the platform, wherein the emergency stop device comprises detecting means adapted to initiate an emergency stop of the rotary platform in case an object is detected in a detecting area (13b 1), wherein the detecting area (13b 1) is located beside the edge portion (1a, 1 b) of the platform at an upstream distance from said component (10, 13a) with respect to the rotary direction of the platform, and wherein said upstream distance is longer than an estimated stopping distance (d) of said edge portion when the platform is emergency stopped, characterised in that the detecting means comprises a movable unit movably arranged, in a direction substantially parallel to the direction of motion of the nearest located part of the edge portion (1a, 1 b), wherein an emergency stop of the rotary platform is initiated when the movable unit is displaced from a first position (p 1).
An aeration valve for use in a drinking water system, comprising a valve housing, a valve body, and a valve seat, whereby in an aeration position a sealing segment of the valve body is lifted off from the valve seat to create a fluid connection between an environment of the valve housing and an interior chamber of the housing, whereby in a resting position the sealing segment rests sealingly on the valve seat to interrupt the fluid connection, whereby the valve body has a first stop surface that is at a distance from the sealing segment and that in the resting position cooperates with a fixed first counter surface when the counter-pressure exerted on the valve body is exceeded and the valve body is deformed as a result, characterized in that the valve body at a distance from the sealing segment has at least one further, second stop surface that is offset relative to the first stop surface with respect to an axis of movement of the valve body, said second stop surface in the resting position cooperating with a second fixed counter surface when the counter-pressure exerted on the valve body is exceeded and the valve body is deformed as a result, said second fixed counter surface being arranged so as to be offset with respect to the first counter surface.
Method for reducing a reflection when operating a head-up display of a motor vehicle, wherein the head-up display comprises a covering disc element, through which a projection beam path of a projection emerges from a housing of the head-up display and which comprises a dimming element designed to dim a light beam of ambient light of the motor vehicle, said light beam being deflected by the covering disk element, comprising the following steps carried out by a control device of the head-up display: - determining a beam path of the deflected light beam (30, S1), - detecting a current position and an orientation of the dimming element (16, S2), - determining a region to be kept free of the deflected light beam around an eye point of a user of the motor vehicle (10, S3), - determining, depending on the determined beam path and on the detected position of the dimming element, whether the deflected light beam passes through the region to be kept free, and - if the deflected light beam passes through the region to be kept free, generating a control signal for setting a position of the dimming element in order to dim the deflected light beam by means of an adjustment device of the head-up display, and setting a position of the dimming element by means of the adjustment device depending on the control signal. - determining a beam path of the deflected light beam (30, S1), - detecting a current position and an orientation of the dimming element (16, S2), - determining a region to be kept free of the deflected light beam around an eye point of a user of the motor vehicle (10, S3), - determining, depending on the determined beam path and on the detected position of the dimming element, whether the deflected light beam passes through the region to be kept free, and - if the deflected light beam passes through the region to be kept free, generating a control signal for setting a position of the dimming element in order to dim the deflected light beam by means of an adjustment device of the head-up display, and setting a position of the dimming element by means of the adjustment device depending on the control signal.
A noninvasive patient monitoring system (100, 200, 300) for providing an indication of a patient's oxygen state, the system (100, 200, 300) comprising: at least one light emitter emitting light of a plurality of wavelengths into the body of the patient; a light detector detecting the light after attenuation of the body, wherein the attenuation is responsive to oxygenation of the patient's blood, and outputting one or more signals from the light detector, the one or more signals responsive to said attenuation; and one or more signal processors configured to: process the one or more signals to electronically calculate a first indicator responsive to a quantity of oxygen dissolved in the patient's blood and not bound to any hemoglobin molecule, and output an alert (512, 612) of the first indicator plateauing at a maximum value in response to an increase in oxygen supply to the patient. at least one light emitter emitting light of a plurality of wavelengths into the body of the patient; a light detector detecting the light after attenuation of the body, wherein the attenuation is responsive to oxygenation of the patient's blood, and outputting one or more signals from the light detector, the one or more signals responsive to said attenuation; and one or more signal processors configured to: process the one or more signals to electronically calculate a first indicator responsive to a quantity of oxygen dissolved in the patient's blood and not bound to any hemoglobin molecule, and output an alert (512, 612) of the first indicator plateauing at a maximum value in response to an increase in oxygen supply to the patient. process the one or more signals to electronically calculate a first indicator responsive to a quantity of oxygen dissolved in the patient's blood and not bound to any hemoglobin molecule, and output an alert (512, 612) of the first indicator plateauing at a maximum value in response to an increase in oxygen supply to the patient.
A pharmaceutical oral formulation of an encapsulated mixture of at least two bacteria derived from fecal microbiota, wherein the capsules are coated in a pH responsive polymer composition comprising: a. 50-70% poly(methyl acrylate-co-methyl methacrylate-co-methacrylic acid) 7:3:1 by weight of dry polymer, b. 10-30% poly(methacrylic acid-co-ethyl acrylate) 1:1 by weight of dry polymer, c. 5 to 10% by weight of at least one fatty acid mono-, di- or triglyceride ester, or mixtures thereof, d. 5 to 8% by weight of at least one plasticizer, e. 6 to 9% by weight of at least one non-ionic emulsifier. a. 50-70% poly(methyl acrylate-co-methyl methacrylate-co-methacrylic acid) 7:3:1 by weight of dry polymer, b. 10-30% poly(methacrylic acid-co-ethyl acrylate) 1:1 by weight of dry polymer, c. 5 to 10% by weight of at least one fatty acid mono-, di- or triglyceride ester, or mixtures thereof, d. 5 to 8% by weight of at least one plasticizer, e. 6 to 9% by weight of at least one non-ionic emulsifier.
A method of measuring the viscosity of a fluid, the method comprising the following steps: a) establishing a flow of said fluid under laminar conditions inside a channel (14, 24) of characteristic transverse dimensions D, an elongate element (12, 22) of characteristic dimension d being placed in said channel substantially along its longitudinal direction and substantially at its center, a fraction l of the length of the elongate element being immersed in said channel, the ratio D/d being greater than 5, b) measuring the friction force ( f) exerted by said fluid on the walls of said elongate element; c) calculating the dynamic viscosity (η) of said fluid using the following equation: f = λ η l U where: U is the mean speed of the flow; and λ is a geometrical factor, steps b) and c) being implemented in succession for different positions of said elongate element in said channel, along the characteristic transverse dimension D. a) establishing a flow of said fluid under laminar conditions inside a channel (14, 24) of characteristic transverse dimensions D, an elongate element (12, 22) of characteristic dimension d being placed in said channel substantially along its longitudinal direction and substantially at its center, a fraction l of the length of the elongate element being immersed in said channel, the ratio D/d being greater than 5, b) measuring the friction force ( f) exerted by said fluid on the walls of said elongate element; c) calculating the dynamic viscosity (η) of said fluid using the following equation: f = λ η l U where: U is the mean speed of the flow; and λ is a geometrical factor, U is the mean speed of the flow; and λ is a geometrical factor,
A polymeric greenhouse cover in the form of a polymeric film characterized in that the greenhouse cover comprises halloysite nanotubes loaded with a pesticide substance, wherein said halloysite nanotubes are structurally included into the polymeric material.
A system for feeding a rocket engine with propellants, the system comprising: • a first tank; • a second tank; • a first feed circuit connected to the first tank for feeding a first liquid fuel to the rocket engine; and • a second feed circuit connected to the second tank for feeding a second liquid propellant to the rocket engine, the second liquid propellant having a saturation point substantially higher than the first liquid propellant; the system being characterized in that said first feed circuit comprises, downstream from said first tank, a branch passing through a first heat exchanger incorporated in the second tank said branch being also connected to said first tank downstream from the first heat exchanger. • a first tank; • a second tank; • a first feed circuit connected to the first tank for feeding a first liquid fuel to the rocket engine; and • a second feed circuit connected to the second tank for feeding a second liquid propellant to the rocket engine, the second liquid propellant having a saturation point substantially higher than the first liquid propellant;
A polycarbonate comprising one or more types of repeating unit represented by formula below, wherein 90% or more of a terminal group thereof is hydroxyl group; wherein R 1, R 2, R 3 and R 4 each independently represent an aliphatic hydrocarbon group containing 1 to 6 carbon atoms.