mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: determining a test audio signal that includes a user voice sample and at least one distractor; applying noise suppression to the test audio signal based at least in part on first noise suppression parameters to obtain a first noise-suppressed audio signal; causing the first noise-suppressed audio signal to be output to a speaker; applying noise suppression to the test audio signal based at least in part on second noise suppression parameters to obtain a second noise-suppressed audio signal; causing the second noise-suppressed audio signal to be output to the speaker; obtaining an indication of a user preference of the first noise-suppressed audio signal or the second noise suppressed audio signal; and determining user-specific noise suppression parameters based at least in part on the first noise suppression parameters or the second noise suppression parameters, or a combination thereof, depending on the indication of the user preference of the first noise-suppressed signal or the second noise-suppressed signal, wherein the user-specific noise suppression parameters are configured to suppress noise when a voice-related feature of an electronic device is in use. determining a test audio signal that includes a user voice sample and at least one distractor; applying noise suppression to the test audio signal based at least in part on first noise suppression parameters to obtain a first noise-suppressed audio signal; causing the first noise-suppressed audio signal to be output to a speaker; applying noise suppression to the test audio signal based at least in part on second noise suppression parameters to obtain a second noise-suppressed audio signal; causing the second noise-suppressed audio signal to be output to the speaker; obtaining an indication of a user preference of the first noise-suppressed audio signal or the second noise suppressed audio signal; and determining user-specific noise suppression parameters based at least in part on the first noise suppression parameters or the second noise suppression parameters, or a combination thereof, depending on the indication of the user preference of the first noise-suppressed signal or the second noise-suppressed signal, wherein the user-specific noise suppression parameters are configured to suppress noise when a voice-related feature of an electronic device is in use.
A flame-retardant resin composition comprising: a base resin composed of polyethylene and an acid-modified polyolefin; aluminum hydroxide; a silicone compound; and a fatty acid-containing compound, wherein a density of the polyethylene is 912.4 kg/m 3 or less, a content rate of the polyethylene in the base resin is 80% by mass or more and 99% by mass or less, a content rate of the acid-modified polyolefin in the base resin is 1% by mass or more and 20% by mass or less, the aluminum hydroxide is blended at a proportion of 5 parts by mass or more and 190 parts by mass or less with respect to 100 parts by mass of the base resin, the silicone compound is blended at a proportion of 1.5 parts by mass or more and 10 parts by mass or less with respect to 100 parts by mass of the base resin, the fatty acid-containing compound is blended at a proportion of 5 parts by mass or more and 20 parts by mass or less with respect to 100 parts by mass of the base resin, and wherein the acid-modified polyolefin is obtainable by modifying a polyolefin with an acid or an acid anhydride, or the acid-modified polyolefin is an ethylene-ethyl acrylate copolymer. a base resin composed of polyethylene and an acid-modified polyolefin; aluminum hydroxide; a silicone compound; and a fatty acid-containing compound, wherein a density of the polyethylene is 912.4 kg/m 3 or less, a content rate of the polyethylene in the base resin is 80% by mass or more and 99% by mass or less, a content rate of the acid-modified polyolefin in the base resin is 1% by mass or more and 20% by mass or less, the aluminum hydroxide is blended at a proportion of 5 parts by mass or more and 190 parts by mass or less with respect to 100 parts by mass of the base resin, the silicone compound is blended at a proportion of 1.5 parts by mass or more and 10 parts by mass or less with respect to 100 parts by mass of the base resin, the fatty acid-containing compound is blended at a proportion of 5 parts by mass or more and 20 parts by mass or less with respect to 100 parts by mass of the base resin, and wherein the acid-modified polyolefin is obtainable by modifying a polyolefin with an acid or an acid anhydride, or the acid-modified polyolefin is an ethylene-ethyl acrylate copolymer.
A method for network slice reselection comprising: when a slice reselection triggering event associated with a mobile device attached to a first slice has occurred, obtaining, by a global connection and mobility management, G-CMM, function (182, 354), information about a second slice from a slice selection function, SSF, wherein the second slice is used to serve the mobile device and wherein the slice reselection triggering event comprises one of the following: a slice management event, a movement of the mobile device, and a change in the service requirements of the mobile device; and instructing (315, 321, 325, 440, 445, 450), by the G-CMM function (182, 354), the mobile device to connect to the second slice. when a slice reselection triggering event associated with a mobile device attached to a first slice has occurred, obtaining, by a global connection and mobility management, G-CMM, function (182, 354), information about a second slice from a slice selection function, SSF, wherein the second slice is used to serve the mobile device and wherein the slice reselection triggering event comprises one of the following: a slice management event, a movement of the mobile device, and a change in the service requirements of the mobile device; and instructing (315, 321, 325, 440, 445, 450), by the G-CMM function (182, 354), the mobile device to connect to the second slice.
A method performed by a base station that serves a first cell with a first radio access technique, RAT, the first RAT being Long Term Evolution, LTE, the method comprising: receiving configuration information for a second cell operating with a second RAT, the second RAT being New Radio, NR, and the configuration information being NR system information of the second cell, whereby the configuration information is encoded in ASN.1 of NR; broadcasting the configuration information to a terminal device (102, 103) in a container of an LTE system information block, SIB, of the first cell, the container being unreadable to the base station; and broadcasting further information about the configuration information to the terminal device (102, 103) in the LTE SIB, the further information being encoded according to the first RAT, wherein an identifier of the second cell is broadcasted as the further information. receiving configuration information for a second cell operating with a second RAT, the second RAT being New Radio, NR, and the configuration information being NR system information of the second cell, whereby the configuration information is encoded in ASN.1 of NR; broadcasting the configuration information to a terminal device (102, 103) in a container of an LTE system information block, SIB, of the first cell, the container being unreadable to the base station; and broadcasting further information about the configuration information to the terminal device (102, 103) in the LTE SIB, the further information being encoded according to the first RAT, wherein an identifier of the second cell is broadcasted as the further information.
A polymer having a repeating unit according to Formula: wherein E represents a central portion of the polymeric repeating unit and is represented by formula: where the dotted lines relate to the points of attachment to G; and wherein each G represents a peripheral portion of the polymeric repeating unit and is represented by formula: where the dotted lines relate to the points of attachment to unit E, or salts and solvates thereof. wherein E represents a central portion of the polymeric repeating unit and is represented by formula: where the dotted lines relate to the points of attachment to G; and wherein each G represents a peripheral portion of the polymeric repeating unit and is represented by formula: where the dotted lines relate to the points of attachment to unit E, or salts and solvates thereof.
An enzyme mixture comprising a first enzyme and a second enzyme, wherein the first enzyme is a wild type Taq DNA polymerase, and the second enzyme is a mutant pfu DNA polymerase comprising a 3'-5' exonuclease activity comprising one or more mutations in the polymerization domain at amino acid positions D405E, Y410F, T542P, D543G, K593T, Y595S and within the partitioning domain including amino acids 384-389 (SYTGGF) and wherein the DNA polymerization activity is lower than that of the wild-type enzyme.
A device for viewing tension loss in a structure, by cooperation with a threaded rod, being implemented, for example, by a bolt consisting of a screw, a nut, and composed of two non-deformable washers (2a, 2b) including an inner face (20a, 20b), an outer face (21a, 21b), an outer peripheral wall (22a, 22b) and an inner peripheral wall (23a, 23b) delimiting a central orifice and a diametrically deformable viewing ring sandwiched between the two non-deformable washers (2a, 2b), characterised in that the ring including a diametral plane, a central axis, substantially perpendicular to each other, is resistant to crushing, and deforms only in the diametral plane, and the thickness (e) of at least one of the washers decreases from the centre of the washer towards its peripheral end, the smallest thickness being therefore located towards the peripheral end of at least one washer (2a, 2b).
A conveying system with a frame and several motor-driven conveyors, in particular conveyor rollers, arranged between a first frame part and a second frame part of the frame, and with a cable arrangement electrically connected with the conveyors, characterized in that a power supply cable electrically connected with the conveyors and terminal boxes is arranged on the first frame part on a side facing the conveyors on the one hand, and that the cable arrangement electrically connected with the conveyors is mounted to the first frame part on a side facing away from the conveyors on the other hand, wherein the cable arrangement comprises a first electrical conductor, at least one second electrical conductor and several connectors arranged along the conductors (2, 3), each with several electrical contacts (5..8), wherein the conductors (2, 3) are insulated from each other, and at least one respective contact (5..8) is connected with an electrical conductor (2, 3), and wherein the first conductor is severed at each connector, and a respective end of the first conductor is connected with a respective electrical contact (5, 6).
Control unit for controlling a phase angle of a first camshaft of an internal combustion engine, comprising: - a first characteristic diagram signal generator for determining a dynamic setpoint phase angle of the first camshaft, wherein the dynamic setpoint phase angle is optimized with respect to a maximum torque output; - a second characteristic diagram signal generator for determining a static setpoint phase angle of the first camshaft, wherein the static setpoint phase angle is optimized with respect to an optimum efficiency level of the internal combustion engine; and - a first interpolator for determining a corrected setpoint phase angle of the first camshaft on the basis of the dynamic setpoint phase angle, determined by the first characteristic diagram signal generator, of the first camshaft and of the static setpoint phase angle, determined by the second characteristic diagram signal generator, of the first camshaft, characterized in that the first characteristic diagram signal generator is configured to determine the output value made available by it, on the basis of an engine rotational speed of the internal combustion engine and of an intake manifold pressure of the internal combustion engine. - a first characteristic diagram signal generator for determining a dynamic setpoint phase angle of the first camshaft, wherein the dynamic setpoint phase angle is optimized with respect to a maximum torque output; - a second characteristic diagram signal generator for determining a static setpoint phase angle of the first camshaft, wherein the static setpoint phase angle is optimized with respect to an optimum efficiency level of the internal combustion engine; and - a first interpolator for determining a corrected setpoint phase angle of the first camshaft on the basis of the dynamic setpoint phase angle, determined by the first characteristic diagram signal generator, of the first camshaft and of the static setpoint phase angle, determined by the second characteristic diagram signal generator, of the first camshaft, characterized in that the first characteristic diagram signal generator is configured to determine the output value made available by it, on the basis of an engine rotational speed of the internal combustion engine and of an intake manifold pressure of the internal combustion engine.
A device for treating plastics materials, comprising - a dry material container for receiving solid material, in particular plastics material, to be treated, - an air circuit for circulating process air, the dry material container being arranged in the air circuit such that process air can flow therethrough, - a dry air generation unit which is arranged in the air circuit and intended for drying process air flowing from the dry material container, and - a control apparatus for controlling and/or regulating the drying process, at least one cleaning stage (310, 320) for removing pollutants in the form of volatile hydrocarbons from the process air being arranged in the air circuit, a mixing apparatus being arranged within the dry material container, characterized in that a vacuum generation arrangement for generating a vacuum relative to the surroundings is operatively connected to the dry material container, in that the dry material container and/or the air circuit are designed to maintain the vacuum during the drying process, and in that a moistening apparatus is associated with the dry material container, which moistening apparatus has a fluid supply for supplying a fluid, in particular water, to solid material located within the dry material container. - a dry material container for receiving solid material, in particular plastics material, to be treated, - an air circuit for circulating process air, the dry material container being arranged in the air circuit such that process air can flow therethrough, - a dry air generation unit which is arranged in the air circuit and intended for drying process air flowing from the dry material container, and - a control apparatus for controlling and/or regulating the drying process, at least one cleaning stage (310, 320) for removing pollutants in the form of volatile hydrocarbons from the process air being arranged in the air circuit, a mixing apparatus being arranged within the dry material container, characterized in that a vacuum generation arrangement for generating a vacuum relative to the surroundings is operatively connected to the dry material container, in that the dry material container and/or the air circuit are designed to maintain the vacuum during the drying process, and in that a moistening apparatus is associated with the dry material container, which moistening apparatus has a fluid supply for supplying a fluid, in particular water, to solid material located within the dry material container.
Arrangement for adjusting a slat (52, 53) of an air vent for a means of transportation for orienting a first air flow, comprising - a display device, - an actuating device, and - an evaluation unit, wherein - the actuating device is configured to output a control signal to the evaluation unit in response to an actuation by the user, - the evaluation unit is configured so as, in response to the control signal, to activate an actuator (49, 50) for adjusting the slat (52, 53), characterized in that - the display device is designed as a screen and is configured to be arranged in the centre of the air duct cross section of the air vent and to depict a display corresponding to the changed position of the slat (52, 53). - a display device, - an actuating device, and - an evaluation unit, - the actuating device is configured to output a control signal to the evaluation unit in response to an actuation by the user, - the evaluation unit is configured so as, in response to the control signal, to activate an actuator (49, 50) for adjusting the slat (52, 53), characterized in that - the display device is designed as a screen and is configured to be arranged in the centre of the air duct cross section of the air vent and to depict a display corresponding to the changed position of the slat (52, 53).
A roaming network access method, comprising: acquiring, by user equipment, a list of networks with which registration can be successful; searching, by the user equipment, for an available network in a roaming area; each time the user equipment finds an available network, determining, by the user equipment, whether the found available network is recorded in the list of networks with which registration can be successful; and if yes, attempting, by the user equipment, to register with the found available network; if no, continuing to search for an available network; wherein the list of networks with which registration can be successful is a list used for recording historical roaming information, wherein the historical roaming information is information about a network with which the user has successfully registered during roaming; wherein a backup of the list of networks with which registration can be successful is stored on a cloud server; and the acquiring, by user equipment, a list of networks with which registration can be successful comprises: detecting, by the user equipment, whether the list of networks with which registration can be successful is stored in the non-volatile memory of the user equipment; and if not, acquiring, by the user equipment, the list of networks with which registration can be successful stored on the cloud server; or if yes, synchronizing, by the user equipment with the cloud server, the list of networks with which registration can be successful. acquiring, by user equipment, a list of networks with which registration can be successful; searching, by the user equipment, for an available network in a roaming area; each time the user equipment finds an available network, determining, by the user equipment, whether the found available network is recorded in the list of networks with which registration can be successful; and if yes, attempting, by the user equipment, to register with the found available network; if no, continuing to search for an available network; wherein the list of networks with which registration can be successful is a list used for recording historical roaming information, wherein the historical roaming information is information about a network with which the user has successfully registered during roaming; wherein a backup of the list of networks with which registration can be successful is stored on a cloud server; and the acquiring, by user equipment, a list of networks with which registration can be successful comprises: detecting, by the user equipment, whether the list of networks with which registration can be successful is stored in the non-volatile memory of the user equipment; and if not, acquiring, by the user equipment, the list of networks with which registration can be successful stored on the cloud server; or if yes, synchronizing, by the user equipment with the cloud server, the list of networks with which registration can be successful.
A scalpel with a handle, preferably formed in one piece, which has at its distal end portion a positioning element on the handle side, preferably a positioning projection, an exchangeable tool arranged on the handle, preferably a blade, which has a positioning element on the tool side, preferably a positioning recess, in which the positioning element on the handle side engages with a substantially accurate fit, and a safety slide which at least partially encompassing the handle and which is displaceable in a longitudinal direction of the handle relative to the handle between a fixed position and a cleaning position, wherein the safety slide directly and resiliently applies the tool to the handle in the fixed position and fixes it on the handle and releases it in the cleaning position, characterized in that the handle has a reduced handle thickness in the region of the cleaning position of the safety slide compared with the distal end portion, as a result of which a flushing or cleaning gap is created between the handle and the safety slide.
Method carried out by a processing device comprising a processor, the method comprising - obtaining a signal, obtained from probe measurements, representative of the changes in the level of a liquid in a container; - searching, in the signal, for at least one event of a first type; a given event being associated with one or more signal characteristics enabling identification of the given event in the representative signal and an event of the first type being an event for which no alarm is generated; characterized by - labeling time periods of the representative signal corresponding to an event of the first type with the event or events of the first type identified for these periods; - following labeling, searching, in the representative signal, for at least one given event of a second type; an event of the second type being an event for which an alarm is generated; - searching for a given event of the second type having the disqualification of signal time periods labeled with certain events of the first type, and retaining signal time periods labeled with other events of the first type; - generating an alarm for the event or events of the second type identified in the signal. - obtaining a signal, obtained from probe measurements, representative of the changes in the level of a liquid in a container; - searching, in the signal, for at least one event of a first type; a given event being associated with one or more signal characteristics enabling identification of the given event in the representative signal and an event of the first type being an event for which no alarm is generated; characterized by - labeling time periods of the representative signal corresponding to an event of the first type with the event or events of the first type identified for these periods; - following labeling, searching, in the representative signal, for at least one given event of a second type; an event of the second type being an event for which an alarm is generated; - searching for a given event of the second type having the disqualification of signal time periods labeled with certain events of the first type, and retaining signal time periods labeled with other events of the first type; - generating an alarm for the event or events of the second type identified in the signal.