mhurhangee/patent-ind-claim-en huggingface dataset:
A competitive isoTOP-ABPP method for identifying a protein target of selective cysteine modification by a Michael acceptor electrophile, from among a set of proteins of a cell, comprising: contacting the set of proteins of the cell and the electrophile to provide an alkylated set of proteins, then, contacting the alkylated set with an alkynylated iodoacetamide probe, followed by reaction with an azido compound comprising a first isotopic marker, to provide an isotopically-marked alkylated set, and contacting the set of proteins of the cell, not exposed to the electrophile, with an alkynylated iodoacetamide probe, followed by reaction with an azido compound comprising a second isotopic marker, to provide an isotopically-marked control set, then, combining the isotopically-marked alkylated set and the isotopically-marked control set to provide a combined sample, and, identifying the protein target and sites of modification of the electrophile by comparing the abundance of the first isotopic marker and the second isotopic marker for each protein of the set, wherein a target protein for the electrophile possess a relatively higher ratio of the second isotopic marker to the first isotopic marker, compared to an average ratio of second isotopic marker to first isotopic marker among the set of proteins of the combined sample. contacting the set of proteins of the cell and the electrophile to provide an alkylated set of proteins, then, contacting the alkylated set with an alkynylated iodoacetamide probe, followed by reaction with an azido compound comprising a first isotopic marker, to provide an isotopically-marked alkylated set, and contacting the set of proteins of the cell, not exposed to the electrophile, with an alkynylated iodoacetamide probe, followed by reaction with an azido compound comprising a second isotopic marker, to provide an isotopically-marked control set, then, combining the isotopically-marked alkylated set and the isotopically-marked control set to provide a combined sample, and, identifying the protein target and sites of modification of the electrophile by comparing the abundance of the first isotopic marker and the second isotopic marker for each protein of the set, wherein a target protein for the electrophile possess a relatively higher ratio of the second isotopic marker to the first isotopic marker, compared to an average ratio of second isotopic marker to first isotopic marker among the set of proteins of the combined sample.
A compound needle including a needle body that has a hook provided at a tip and a slider groove provided in an upper end face, and a slider configured to be slidably fitted into the slider groove and to open and close the hook , the compound needle characterized by : a waste discharge window that is formed in a side face of the needle body and is in communication with a portion of the slider groove located on a rear end side in a sliding direction of the slider , wherein the waste discharge window has a shape capable of accommodating a rear end of a portion of the slider that slides on a bottom portion of the slider groove , when the slider is at a most withdrawn position in the sliding direction. a waste discharge window that is formed in a side face of the needle body and is in communication with a portion of the slider groove located on a rear end side in a sliding direction of the slider , wherein the waste discharge window has a shape capable of accommodating a rear end of a portion of the slider that slides on a bottom portion of the slider groove , when the slider is at a most withdrawn position in the sliding direction.
A terminal device comprising: a measuring unit configured to perform downlink measurement on a basis of a downlink reference signal; and a transmitting unit configured to transmit, to a base station device , a first uplink reference signal on a basis of a first setting related to measurement for radio resource management and to transmit, to the base station device , a second uplink reference signal on a basis of a second setting relating to channel state information, CSI, the second setting being different from the first setting, characterized in that the transmitting unit transmits the first uplink reference signal in a case in which a first condition is satisfied and transmits the second uplink reference signal in a case in which a second condition is satisfied, and in that the measuring unit performs the downlink measurement in a case in which the first and the second condition are both not satisfied, wherein, in the case in which the first condition is satisfied, a target time resource is within a discontinuous reception, DRX, section, in the case in which the first condition is not satisfied and the second condition is satisfied, the target time resource is outside the DRX section, and wherein the first uplink reference signal is relating to measurement for radio resource management and the second uplink reference signal is relating to channel state information, CSI. a measuring unit configured to perform downlink measurement on a basis of a downlink reference signal; and a transmitting unit configured to transmit, to a base station device , a first uplink reference signal on a basis of a first setting related to measurement for radio resource management and to transmit, to the base station device , a second uplink reference signal on a basis of a second setting relating to channel state information, CSI, the second setting being different from the first setting, characterized in that the transmitting unit transmits the first uplink reference signal in a case in which a first condition is satisfied and transmits the second uplink reference signal in a case in which a second condition is satisfied, and in that the measuring unit performs the downlink measurement in a case in which the first and the second condition are both not satisfied, wherein, in the case in which the first condition is satisfied, a target time resource is within a discontinuous reception, DRX, section, in the case in which the first condition is not satisfied and the second condition is satisfied, the target time resource is outside the DRX section, and wherein the first uplink reference signal is relating to measurement for radio resource management and the second uplink reference signal is relating to channel state information, CSI.
A packet processing system, wherein the system comprises: a controller , configured to: allocate a service label to a service processing manner of a forwarding equivalence class, FEC, establish a mapping relationship between the service label and the service processing manner, send the service label to a source node corresponding to the FEC, and send the mapping relationship to a destination node corresponding to the FEC; the source node , configured to: receive the service label that is corresponding to the FEC and that is sent by the controller, receive a first packet corresponding to the FEC, insert the service label to the first packet to obtain a second packet, and send the second packet to the destination node corresponding to the FEC; and the destination node , configured to: receive the mapping relationship sent by the controller, receive the second packet sent by the source node corresponding to the FEC, and pop the service label from the second packet according to the mapping relationship, to obtain the first packet; wherein the service label is used for instructing, in a process of forwarding the second packet from the source node to the destination node , a network device that needs to perform service processing on the second packet to process the second packet in the service processing manner. a controller , configured to: allocate a service label to a service processing manner of a forwarding equivalence class, FEC, establish a mapping relationship between the service label and the service processing manner, send the service label to a source node corresponding to the FEC, and send the mapping relationship to a destination node corresponding to the FEC; the source node , configured to: receive the service label that is corresponding to the FEC and that is sent by the controller, receive a first packet corresponding to the FEC, insert the service label to the first packet to obtain a second packet, and send the second packet to the destination node corresponding to the FEC; and the destination node , configured to: receive the mapping relationship sent by the controller, receive the second packet sent by the source node corresponding to the FEC, and pop the service label from the second packet according to the mapping relationship, to obtain the first packet; wherein the service label is used for instructing, in a process of forwarding the second packet from the source node to the destination node , a network device that needs to perform service processing on the second packet to process the second packet in the service processing manner.
A composition for use in preventing or treating osteoarthritis, comprising a fish cartilage water extract containing proteoglycans having molecular weights of not less than 5,000,000, wherein the amount of uronic acids derived from the proteoglycans having molecular weights of not less than 5,000,000 accounts for at least 30 mass% of the total uronic acid content of the fish cartilage water extract, and the amount of uronic acids derived from the proteoglycans having molecular weights of not less than 1,800,000 accounts for at least 50 mass% of the total uronic acid content of the fish cartilage water extract, wherein the composition is for oral administration.
A system, comprising: a flight management computer suitable for being in communication with a trajectory generator and a speed profile generator, the flight management computer configured to: receive a first time of arrival (RTA 1 ) at a first target waypoint (WPT 1 ) of an aircraft during flight and a second time of arrival (RTA 2 ) at a second target waypoint (WPT 2 ) of the aircraft during the flight, the second target waypoint (WPT 2 ) being different than the first target waypoint (WPT 1 ) and both first target waypoint (WPT 1 ) and second target waypoint (WPT 2 ) corresponding to a descent phase of the flight; determine a first set of cruise speed and descent speed pairs corresponding to the first time of arrival (RTA 1 ), the first set satisfying the first time of arrival (RTA 1 ) at the first target waypoint (WPT 1 ); determine a second set of cruise speed and descent speed pairs corresponding to the second time of arrival (RTA 2 ), the second set satisfying the second time of arrival (RTA 2 ) at the second target waypoint (WPT 2 ); select a cruise speed and descent speed pair existing in each one of the first and second sets; determine an aircraft trajectory that satisfies the selected cruise speed and descent speed pair; and cause at least one of: 1) the aircraft to travel along the aircraft trajectory or 2) the aircraft trajectory to be displayed. receive a first time of arrival (RTA 1 ) at a first target waypoint (WPT 1 ) of an aircraft during flight and a second time of arrival (RTA 2 ) at a second target waypoint (WPT 2 ) of the aircraft during the flight, the second target waypoint (WPT 2 ) being different than the first target waypoint (WPT 1 ) and both first target waypoint (WPT 1 ) and second target waypoint (WPT 2 ) corresponding to a descent phase of the flight; determine a first set of cruise speed and descent speed pairs corresponding to the first time of arrival (RTA 1 ), the first set satisfying the first time of arrival (RTA 1 ) at the first target waypoint (WPT 1 ); determine a second set of cruise speed and descent speed pairs corresponding to the second time of arrival (RTA 2 ), the second set satisfying the second time of arrival (RTA 2 ) at the second target waypoint (WPT 2 ); select a cruise speed and descent speed pair existing in each one of the first and second sets; determine an aircraft trajectory that satisfies the selected cruise speed and descent speed pair; and cause at least one of: 1) the aircraft to travel along the aircraft trajectory or 2) the aircraft trajectory to be displayed.
A method comprising: under control of a head-mounted device (HMD) comprising a hardware processor , a computer processor , a display system configured to render a virtual object , and an inward-facing imaging system configured to image a periocular portion of a user's face: receiving an image from the inward-facing imaging system ; generating a masked image by: identifying one or more of an iris or sclera of an eye in the image; and masking out at least one portion of the image comprising the identified one or more of the iris or sclera of the eye in the image; analyzing the masked image to identify periocular features of the user by an object recognizer; determining a relative position between the HMD and the head of the user based at least partly on the periocular features; determining a degree of fit by comparing the relative position with a threshold condition; and causing the HMD to perform at least one of the following: adjusting a display of the HMD to compensate for the relative position, or providing an indication to the user associated with the degree of fit. receiving an image from the inward-facing imaging system ; generating a masked image by: identifying one or more of an iris or sclera of an eye in the image; and masking out at least one portion of the image comprising the identified one or more of the iris or sclera of the eye in the image; identifying one or more of an iris or sclera of an eye in the image; and masking out at least one portion of the image comprising the identified one or more of the iris or sclera of the eye in the image; analyzing the masked image to identify periocular features of the user by an object recognizer; determining a relative position between the HMD and the head of the user based at least partly on the periocular features; determining a degree of fit by comparing the relative position with a threshold condition; and causing the HMD to perform at least one of the following: adjusting a display of the HMD to compensate for the relative position, or providing an indication to the user associated with the degree of fit. adjusting a display of the HMD to compensate for the relative position, or providing an indication to the user associated with the degree of fit.
A process for treating wastewater, said process comprising: treating a mixture comprising said wastewater and an activated sludge, in a single reactor, with an electric current having a density of 15 to 20 A/m 2 , by means of at least one anode and at least one cathode that define therebetween an electrical zone for treating said mixture; wherein said anode is an aluminum anode; exposing said mixture to an intermittent ON/OFF electrical exposure mode to said electric current in which an OFF period of time is 15 to 25 min and an ON period is 4 to 6 min; wherein each electrical cycle is divided into 50% of typical anoxic conditions followed by 50% of typical aerobic conditions, and maintaining an oxidation-reduction potential to fluctuate between -150 mV and +150 mV in the single reactor, at DO concentration of 0.3 to 2.5 mg/L; thereby allowing for substantial removal of carbon, nitrogen and phosphorus from said wastewater in said single reactor and for obtaining another mixture comprising a treated wastewater and solids. treating a mixture comprising said wastewater and an activated sludge, in a single reactor, with an electric current having a density of 15 to 20 A/m 2 , by means of at least one anode and at least one cathode that define therebetween an electrical zone for treating said mixture; wherein said anode is an aluminum anode; exposing said mixture to an intermittent ON/OFF electrical exposure mode to said electric current in which an OFF period of time is 15 to 25 min and an ON period is 4 to 6 min; wherein each electrical cycle is divided into 50% of typical anoxic conditions followed by 50% of typical aerobic conditions, and maintaining an oxidation-reduction potential to fluctuate between -150 mV and +150 mV in the single reactor, at DO concentration of 0.3 to 2.5 mg/L; thereby allowing for substantial removal of carbon, nitrogen and phosphorus from said wastewater in said single reactor and for obtaining another mixture comprising a treated wastewater and solids.
A dry stabilizing composition for a bioactive material, comprising a carbohydrate component comprising between 10% and 80% oligosaccharide, between 10% and 50% disaccharide and between 0.1% and 10% polysaccharide; and a protein component comprising between 0.5% and 40% hydrolyzed animal or plant proteins; based on the total weight of the composition, further comprising an organic acid salt, wherein the oligosaccharide comprises cyclodextrin.
A cartridge for use with an aerosol generating device , the cartridge comprising: a housing defining a closed end , an open end , and a plurality of apertures disposed circumferentially around the housing between the closed end and the open end; a composition disposed in the housing at the closed end , wherein the composition comprises nicotine; a flow control apparatus disposed in the housing , the flow control apparatus comprising a proximal end , a distal end , and an internal airflow passageway between the distal end and the proximal end , wherein the proximal end is closer to the open end of the housing than the distal end ; a seal between an exterior of the flow control apparatus and an interior of the housing , wherein the seal is between the open end of the housing and the apertures of the housing ; and a channel between a portion of the exterior of the flow control apparatus and the interior of the housing , wherein the channel is in communication with the apertures and wherein when a user draws on the open end of the housing , the channel directs air drawn into the cartridge through the plurality of apertures towards the composition comprising nicotine at the closed end , where the air may entrain aerosol generated by heating of the composition , and the air with entrained aerosol then flows through the internal airflow passageway of the flow control apparatus from the distal end to the proximal end and out of the cartridge at the open end . a housing defining a closed end , an open end , and a plurality of apertures disposed circumferentially around the housing between the closed end and the open end; a composition disposed in the housing at the closed end , wherein the composition comprises nicotine; a flow control apparatus disposed in the housing , the flow control apparatus comprising a proximal end , a distal end , and an internal airflow passageway between the distal end and the proximal end , wherein the proximal end is closer to the open end of the housing than the distal end ; a proximal end , a distal end , and an internal airflow passageway between the distal end and the proximal end , wherein the proximal end is closer to the open end of the housing than the distal end ; a seal between an exterior of the flow control apparatus and an interior of the housing , wherein the seal is between the open end of the housing and the apertures of the housing ; and a channel between a portion of the exterior of the flow control apparatus and the interior of the housing , wherein the channel is in communication with the apertures and wherein when a user draws on the open end of the housing , the channel directs air drawn into the cartridge through the plurality of apertures towards the composition comprising nicotine at the closed end , where the air may entrain aerosol generated by heating of the composition , and the air with entrained aerosol then flows through the internal airflow passageway of the flow control apparatus from the distal end to the proximal end and out of the cartridge at the open end .
A cardio-pulmonary health monitoring apparatus comprising: a contactless sensor unit comprising a contactless motion sensor configured to generate one or more movement signals representing bodily movement of a patient during a monitoring session, a processor and a memory wherein the memory stores program instructions configured to cause the processor to carry out a method of processing the one or more movement signals, the method comprising selecting one or more sections of the one or more movement signals, being sections during which the patient was asleep and not performing gross bodily movements, extracting one or more sleep disordered breathing, SDB, features from said sections of the one or more movement signals, the SDB features being indicative of severity of sleep-disordered breathing by the patient during the monitoring session,wherein the extracting comprises detecting the SDB events in said sections and calculating the one or more SDB features from the detected SDB events. a contactless sensor unit comprising a contactless motion sensor configured to generate one or more movement signals representing bodily movement of a patient during a monitoring session, a processor and a memory wherein the memory stores program instructions configured to cause the processor to carry out a method of processing the one or more movement signals, the method comprising selecting one or more sections of the one or more movement signals, being sections during which the patient was asleep and not performing gross bodily movements, extracting one or more sleep disordered breathing, SDB, features from said sections of the one or more movement signals, the SDB features being indicative of severity of sleep-disordered breathing by the patient during the monitoring session,wherein the extracting comprises detecting the SDB events in said sections and calculating the one or more SDB features from the detected SDB events. selecting one or more sections of the one or more movement signals, being sections during which the patient was asleep and not performing gross bodily movements, extracting one or more sleep disordered breathing, SDB, features from said sections of the one or more movement signals, the SDB features being indicative of severity of sleep-disordered breathing by the patient during the monitoring session,wherein the extracting comprises detecting the SDB events in said sections and calculating the one or more SDB features from the detected SDB events.