mhurhangee/patent-ind-claim-en huggingface dataset:
A first base station for a communication system in which network slicing is supported, the first base station comprising: means for receiving, from a second base station, as a part of a handover procedure between the first base station and the second base station, a message, characterized in the message including at least one parameter from a set of parameters comprised in network slice selection assistance information, NSSAI, for a respective slice and a quality of service, QoS, flow identifier.
A method for audio editing a scene, the method comprising: recording an event by multiple first cameras ; signalizing , which one of the multiple first cameras currently supplies video images of the scene; detecting a location and a movement of an object in the scene by a second tracking camera ; selecting , based on information obtained by the tracking, audio samples from an audio database according to predefined criteria; and adding the selected audio samples to a sound which accompanies the video images; characterized in that the method further comprises adapting a volume of the selected audio samples based on which one of the multiple cameras currently supplies the video images of the scene and based on the information obtained by the tracking. recording an event by multiple first cameras ; signalizing , which one of the multiple first cameras currently supplies video images of the scene; detecting a location and a movement of an object in the scene by a second tracking camera ; selecting , based on information obtained by the tracking, audio samples from an audio database according to predefined criteria; and adding the selected audio samples to a sound which accompanies the video images; characterized in that the method further comprises adapting a volume of the selected audio samples based on which one of the multiple cameras currently supplies the video images of the scene and based on the information obtained by the tracking.
An indoor unit for an air conditioner, comprising: a case for being installed on a wall of an indoor space and in which a heat exchanger and a fan are provided; and a tube connected to the heat exchanger to guide a flow of a refrigerant and made of a stainless steel material, wherein the tube comprises: a first tube body connected to the heat exchanger to extend in a first direction; a wrinkle part connected to the first tube body ; and a second tube body connected to the wrinkle part to extend in a second direction; wherein the tube comprises a gas tube through which a gas refrigerant flows and a liquid tube through which a liquid refrigerant flows, wherein the gas tube and the liquid tube each comprise a wrinkle part ; a distribution guide part provided in the liquid tube , the distribution guide part being disposed at an inlet side of the distributor to allow the refrigerant flowing through the liquid tube to be uniformly distributed into the distributor ; the indoor unit being characterized in that the distribution guide part comprises a hollow tube having a spiral shape. a case for being installed on a wall of an indoor space and in which a heat exchanger and a fan are provided; and a tube connected to the heat exchanger to guide a flow of a refrigerant and made of a stainless steel material, wherein the tube comprises: a first tube body connected to the heat exchanger to extend in a first direction; a wrinkle part connected to the first tube body ; and a second tube body connected to the wrinkle part to extend in a second direction; wherein the tube comprises a gas tube through which a gas refrigerant flows and a liquid tube through which a liquid refrigerant flows, wherein the gas tube and the liquid tube each comprise a wrinkle part ; a distribution guide part provided in the liquid tube , the distribution guide part being disposed at an inlet side of the distributor to allow the refrigerant flowing through the liquid tube to be uniformly distributed into the distributor ; the indoor unit being characterized in that the distribution guide part comprises a hollow tube having a spiral shape. a first tube body connected to the heat exchanger to extend in a first direction; a wrinkle part connected to the first tube body ; and a second tube body connected to the wrinkle part to extend in a second direction; wherein the tube comprises a gas tube through which a gas refrigerant flows and a liquid tube through which a liquid refrigerant flows, wherein the gas tube and the liquid tube each comprise a wrinkle part ; a distribution guide part provided in the liquid tube , the distribution guide part being disposed at an inlet side of the distributor to allow the refrigerant flowing through the liquid tube to be uniformly distributed into the distributor ; the indoor unit being characterized in that the distribution guide part comprises a hollow tube having a spiral shape.
A sheet numbering process involving feeding of individual sheets (S) in succession, which individual sheets (S) each carry a plurality of imprints (P) that are arranged in a matrix of rows and columns, inspection of the individual sheets (S), and providing unique serial numbers to multiple ones of the plurality of imprints (P) carried by the individual sheets (S), the sheet numbering process comprising numbering of at least some of the individual sheets (S), wherein numbering of the individual sheets (S) is selectively commutable between a first numbering scheme (N1) and at least a second numbering scheme (N2; N2'; N*), different from the first numbering scheme (N1) in dependence of sheet inspection results, without interruption of the numbering process, wherein the first numbering scheme (N1) involves providing all imprints (P) of a first subset (S0) of individual sheets (S) with a unique serial number (SN1) of the first numbering scheme (N1), wherein the second numbering scheme (N2; N2'; N*) involves providing all or part of the imprints (P) of a second subset (S'; S*) of individual sheets (S) with a unique serial number (SN2; SN2'; SN*) of the second numbering scheme (N2; N2'; N*), and wherein the first subset (S0) of individual sheets (S) and the second subset (S'; S*) of individual sheets are sorted after numbering in dependence of the numbering scheme (N1; N2; N2'; N*).
A construction machine comprising: a lower travel body: including an earth removal plate; an upper turning body supported by the lower travel body to be turnable; a work device rotatably supported by the upper turning body; characterised by : a rotation body provided on the earth removal plate; and a support column provided to protrude from the rotation body wherein a light receiving device, which is a measurement target of a distance and angle measurement device, is fixable to the support column, and the support column is configured such that a posture thereof is switched between an upright posture and a lying posture due to rotation of the rotation body relative to the earth removal plate. a lower travel body: including an earth removal plate; an upper turning body supported by the lower travel body to be turnable; a work device rotatably supported by the upper turning body; characterised by : a rotation body provided on the earth removal plate; and a support column provided to protrude from the rotation body wherein a light receiving device, which is a measurement target of a distance and angle measurement device, is fixable to the support column, and the support column is configured such that a posture thereof is switched between an upright posture and a lying posture due to rotation of the rotation body relative to the earth removal plate. a rotation body provided on the earth removal plate; and a support column provided to protrude from the rotation body wherein a light receiving device, which is a measurement target of a distance and angle measurement device, is fixable to the support column, and the support column is configured such that a posture thereof is switched between an upright posture and a lying posture due to rotation of the rotation body relative to the earth removal plate.
Method for coding information symbols belonging to an alphabet (A) by means of acoustic signals, characterised in that : (a) a set of random signals is acquired and they are filtered by means of a filter of interest (110-120; 210-220) having for response the response of the transmission channel on which these signals are intended to be transmitted; (b) sub-sets ( S N ) of N random signals thereby filtered of said set are selected and, for each sub-set, a correlation matrix of the signals thereby selected is calculated ; (c) the sub-set of N signals corresponding to the correlation matrix the closest to a diagonal matrix is retained as coding dictionary (170-180,270-280); (d) each information symbol of the alphabet is coded by a random signal of the dictionary, said random signal of the dictionary being transformed into an acoustic signal by means of a transducer. (a) a set of random signals is acquired and they are filtered by means of a filter of interest (110-120; 210-220) having for response the response of the transmission channel on which these signals are intended to be transmitted; (b) sub-sets ( S N ) of N random signals thereby filtered of said set are selected and, for each sub-set, a correlation matrix of the signals thereby selected is calculated ; (c) the sub-set of N signals corresponding to the correlation matrix the closest to a diagonal matrix is retained as coding dictionary (170-180,270-280); (d) each information symbol of the alphabet is coded by a random signal of the dictionary, said random signal of the dictionary being transformed into an acoustic signal by means of a transducer.
Cleaning method for jet engines, comprising the following steps: - A) identify the natural frequency of a combustor chamber liner of the jet engine to be cleaned, - C) reproduce the natural frequency of the combustor by means of the cleaning device, and characterized in that the method further comprises following step - B) dispose a cleaning device that comprises a vibration generator unit that is fixed to a main body , wherein the main body is operatively connectable with a first end of a vibration transmitter element having an elongated configuration, the vibration transmitter element having likewise a second end (3"), opposite to the first end , the second end (3") being configured to contact an inner side of the combustor (A) of the jet engine, and the vibration transmitter element being able to be introduced across an engine injector hole (B) and a combustor injector hole (A') of the jet engine , wherein step B) comprises disposing said cleaning device with the second end (3") of the vibration transmitter element in contact with the inner side of the combustor (A). - A) identify the natural frequency of a combustor chamber liner of the jet engine to be cleaned, - C) reproduce the natural frequency of the combustor by means of the cleaning device, and characterized in that the method further comprises following step - B) dispose a cleaning device that comprises a vibration generator unit that is fixed to a main body , wherein the main body is operatively connectable with a first end of a vibration transmitter element having an elongated configuration, the vibration transmitter element having likewise a second end (3"), opposite to the first end , the second end (3") being configured to contact an inner side of the combustor (A) of the jet engine, and the vibration transmitter element being able to be introduced across an engine injector hole (B) and a combustor injector hole (A') of the jet engine , wherein step B) comprises disposing said cleaning device with the second end (3") of the vibration transmitter element in contact with the inner side of the combustor (A).
A computer implemented method for fault prediction for a electric power grid comprising intelligent electronic devices, the method comprising: receiving events with time information from one or more intelligent electronic devices, an event being generated by a function in an intelligent electronic device based on one or more values measured from the electric power grid, the event indicating at least the function and its output; inputting at least the events as input data to a trained predictor, which is a machine learning based model that has been trained using at least a plurality of event patterns extracted from event history data, an event pattern comprising in occurrence order events preceding within a time span a disturbance event, which is an event resulting to an interruption in power supply in the electric power grid, the trained predictor outputting predictions for occurrence times of disturbance events in the electric power grid; and displaying the predictions for detecting evolving faults in the electric power grid. receiving events with time information from one or more intelligent electronic devices, an event being generated by a function in an intelligent electronic device based on one or more values measured from the electric power grid, the event indicating at least the function and its output; inputting at least the events as input data to a trained predictor, which is a machine learning based model that has been trained using at least a plurality of event patterns extracted from event history data, an event pattern comprising in occurrence order events preceding within a time span a disturbance event, which is an event resulting to an interruption in power supply in the electric power grid, the trained predictor outputting predictions for occurrence times of disturbance events in the electric power grid; and displaying the predictions for detecting evolving faults in the electric power grid.
A securing and supporting device for securing and supporting an auxiliary drive on at least one element of a supporting frame of a trailer, in particular a caravan, a boat trailer, a sales vehicle, a transport tailer or a car transport trailer, wherein the securing and supporting device includes at least one first supporting element for a shock absorber of the trailer, arranged at an axle tube housing , wherein the axle tube housing is supported on and/or secured to a longitudinal beam of the supporting frame by means of a first fastening device and the first supporting element is connected to a second supporting element , wherein the second supporting element is formed for receiving and supporting a carrying arm of the auxiliary drive .
An inverter-integrated electric compressor having an inverter box provided on an outer periphery of a housing accommodating a compressor device and a motor, the inverter box integrally accommodating an inverter device , wherein the inverter device includes an intelligent power module constituting an inverter circuit, and UVW output terminals arranged on a side of the intelligent power module are disposed so as to face, in the inverter box , UVW terminals of a glass-sealed terminal (22;22A;22B) that is provided to apply power from the inverter device to the motor characterized in that the UVW output terminals of the intelligent power module and the UVW terminals of the glass-sealed terminal (22;22A;22B) are connected via a pattern constituting a wiring path on a control board .
A computer-implemented method for automatically reducing false positives in a domain discovery process, the method comprising: analyzing, by a rules engine , a match produced by a domain discovery system , the match comprising a domain name determined by the domain discovery system as matching a seed domain; extracting , by the rules engine utilizing a natural language processing, NLP, library, a sequence of segments from the match exclusive of a top-level domain, TLD; assigning , by the rules engine utilizing the NLP library, a lexical category to each segment of the sequence of segments; determining, by the rules engine through fuzzy string matching, a segment of the sequence of segments that is closest to a string of the seed domain; comparing, by the rules engine , the lexical category of the segment of the sequence of segments that is closest to the string of the seed domain with a lexical category of the string of the seed domain; determining, by the rules engine based on the comparing, whether the match is relevant to the seed domain; in response to a determination by the rules engine that the match is not relevant to the seed domain, identifying, by the rules engine , the match produced by the domain discovery system as a false positive; and automatically removing the false positive from a set of matches produced by the domain discovery system for the seed domain. analyzing, by a rules engine , a match produced by a domain discovery system , the match comprising a domain name determined by the domain discovery system as matching a seed domain; extracting , by the rules engine utilizing a natural language processing, NLP, library, a sequence of segments from the match exclusive of a top-level domain, TLD; assigning , by the rules engine utilizing the NLP library, a lexical category to each segment of the sequence of segments; determining, by the rules engine through fuzzy string matching, a segment of the sequence of segments that is closest to a string of the seed domain; comparing, by the rules engine , the lexical category of the segment of the sequence of segments that is closest to the string of the seed domain with a lexical category of the string of the seed domain; determining, by the rules engine based on the comparing, whether the match is relevant to the seed domain; in response to a determination by the rules engine that the match is not relevant to the seed domain, identifying, by the rules engine , the match produced by the domain discovery system as a false positive; and automatically removing the false positive from a set of matches produced by the domain discovery system for the seed domain.
A filter head configured to receive an unfiltered liquid through a first port and discharge a filtered liquid through a second port and a filter sensor device, comprising: a touch plug a sensor coupler ; a selectively engaged contaminant sensing unit configured to detect a signal indicative of a contaminant present in a filter unit ; an outlet spud disposed at a filter unit receiving portion of the filter head, comprising one or more laterally disposed ports , configured to provide fluid communication between the filter unit and the filter head, the outlet spud configured, in use, to receive the touch plug, wherein the touch plug is slidably disposed in the outlet spud and wherein the touch plug is configured to be in electrical coupling with the sensor coupler, and, in use, to be in electrical coupling with a probe first end fixedly disposed in a filter device that is disposed in a filter canister selectively engaged with the filter head; and wherein the sensor coupler is configured, in use, to be in electrical coupling with the contaminant sensing unit , and to be in indirect electrical coupling with a probe second end via the touch plug and the probe first end, disposed in a contaminant receiving portion of the filter canister, when the filter canister is selectively engaged with the filter head. a touch plug a sensor coupler ; a selectively engaged contaminant sensing unit configured to detect a signal indicative of a contaminant present in a filter unit ; an outlet spud disposed at a filter unit receiving portion of the filter head, comprising one or more laterally disposed ports , configured to provide fluid communication between the filter unit and the filter head, the outlet spud configured, in use, to receive the touch plug, wherein the touch plug is slidably disposed in the outlet spud and wherein the touch plug is configured to be in electrical coupling with the sensor coupler, and, in use, to be in electrical coupling with a probe first end fixedly disposed in a filter device that is disposed in a filter canister selectively engaged with the filter head; and wherein the sensor coupler is configured, in use, to be in electrical coupling with the contaminant sensing unit , and to be in indirect electrical coupling with a probe second end via the touch plug and the probe first end, disposed in a contaminant receiving portion of the filter canister, when the filter canister is selectively engaged with the filter head.
A decorative insert , particularly for eyeglasses, comprising an identification device adapted to be read by an external reader, characterized in that it comprises, at said identification device , a slot adapted to allow the transmission of data between said identification device and said external reader, said slot extending vertically from a central area of the decorative insert up to the edge of the decorative insert , said decorative insert being made of a material such as metal or such as a metallic alloy.
A profile adjustment method of causing a computer to adjust a profile to be used to convert first coordinate values of a first color space (CS1) into second coordinate values of a second color space (CS2), the profile adjustment method comprising: (ST1) accepting, as an adjustment target profile, at least one of an input profile defining a correspondence relationship between the first coordinate values and third coordinate values of a profile connection space (CS3), an output profile defining a correspondence relationship between the third coordinate values and the second coordinate values, and a link profile defining a correspondence relationship between the first coordinate values and the second coordinate values; (ST4) accepting an adjustment target at coordinates at which an adjustment target color is expressed; and (ST7) adjusting the adjustment target profile based on the accepted adjustment target, characterised in that in the adjusting of the adjustment target profile, when the adjustment target is not expressed with the second coordinate values, the second coordinate values corresponding to the adjustment target are obtained as target output values, and the adjustment target profile is adjusted so that the second coordinate values obtained according to the input profile and the output profile or the link profile from the first coordinate values corresponding to coordinates at which the adjustment target color is expressed are close to the target output values. (ST1) accepting, as an adjustment target profile, at least one of an input profile defining a correspondence relationship between the first coordinate values and third coordinate values of a profile connection space (CS3), an output profile defining a correspondence relationship between the third coordinate values and the second coordinate values, and a link profile defining a correspondence relationship between the first coordinate values and the second coordinate values; (ST4) accepting an adjustment target at coordinates at which an adjustment target color is expressed; and (ST7) adjusting the adjustment target profile based on the accepted adjustment target, characterised in that in the adjusting of the adjustment target profile, when the adjustment target is not expressed with the second coordinate values, the second coordinate values corresponding to the adjustment target are obtained as target output values, and the adjustment target profile is adjusted so that the second coordinate values obtained according to the input profile and the output profile or the link profile from the first coordinate values corresponding to coordinates at which the adjustment target color is expressed are close to the target output values.
A topical, oral, pharmaceutical composition for use in the treatment of inflammation-based diseases of the oral cavity, wherein the active ingredient consists of at least one probiotic yeast, alive and viable, capable of crossing the gastric barrier undamaged and reaching the gut in alive and viable form, said yeast being the Kluyveromyces marxianus fragilis B0399 and being present in an amount ≥ 10 7 cfu/dose.