mhurhangee/patent-ind-claim-en huggingface dataset:
A pressure sensor-based or force sensor-based likelihood of tissue damage quantification and analysis system, comprising: an input device including a plurality of sensors configured to generate an input based on a force, and a transmission device configured to transmit force information based on the input; an output device (1 or 2) configured to receive the force information; and a processing unit configured to analyse the force information; wherein the processing unit is configured to select, for each of the plurality of sensors , one of a plurality of levels of a likelihood of tissue damage based on the force information and a predetermined time period, and the output device (1 or 2) includes a display configured to present or log the one of the plurality of levels of the likelihood of tissue damage for each of the plurality of sensors , characterized in that the selection is made by identifying situations in which a percentage of at least 25 %, 26-40 %, 41-50 % or more than 50 % of the pressure measurements has exceeded a pressure threshold within a time frame of 15 minutes. an input device including a plurality of sensors configured to generate an input based on a force, and a transmission device configured to transmit force information based on the input; an output device (1 or 2) configured to receive the force information; and a processing unit configured to analyse the force information; wherein the processing unit is configured to select, for each of the plurality of sensors , one of a plurality of levels of a likelihood of tissue damage based on the force information and a predetermined time period, and the output device (1 or 2) includes a display configured to present or log the one of the plurality of levels of the likelihood of tissue damage for each of the plurality of sensors , characterized in that the selection is made by identifying situations in which a percentage of at least 25 %, 26-40 %, 41-50 % or more than 50 % of the pressure measurements has exceeded a pressure threshold within a time frame of 15 minutes.
A controller for an internal combustion engine , the controller being configured to control an internal combustion engine that includes a filter configured to trap particulate matter in exhaust gas discharged from a plurality of cylinders and fuel injection valves provided for the respective cylinders, wherein the controller is configured to: execute a dither control process of operating the fuel injection valves such that at least one of the cylinders is a lean combustion cylinder, in which an air-fuel ratio is leaner than a stoichiometric air-fuel ratio, and at least another one of the cylinders is a rich combustion cylinder, in which an air-fuel ratio is richer than the stoichiometric air-fuel ratio, and execute, while the dither control process is being executed, an enlarging process, which includes at least one of the following two processes a process of changing an operation region of the internal combustion engine in which the dither control process is executed in accordance with an amount of particulate matter trapped by the filter , and a process of increasing a degree of richness of the rich combustion cylinder and a degree of leanness of the lean combustion cylinder in accordance with the amount of particulate matter trapped by the filter . execute a dither control process of operating the fuel injection valves such that at least one of the cylinders is a lean combustion cylinder, in which an air-fuel ratio is leaner than a stoichiometric air-fuel ratio, and at least another one of the cylinders is a rich combustion cylinder, in which an air-fuel ratio is richer than the stoichiometric air-fuel ratio, and execute, while the dither control process is being executed, an enlarging process, which includes at least one of the following two processes a process of changing an operation region of the internal combustion engine in which the dither control process is executed in accordance with an amount of particulate matter trapped by the filter , and a process of increasing a degree of richness of the rich combustion cylinder and a degree of leanness of the lean combustion cylinder in accordance with the amount of particulate matter trapped by the filter . a process of changing an operation region of the internal combustion engine in which the dither control process is executed in accordance with an amount of particulate matter trapped by the filter , and a process of increasing a degree of richness of the rich combustion cylinder and a degree of leanness of the lean combustion cylinder in accordance with the amount of particulate matter trapped by the filter .
A selection system , comprising: • a sheath defining an internal housing extending in a longitudinal direction; • a link rod disposed in said internal housing, and extending in the longitudinal direction; and • a selection slide mounted to slide in the internal housing, about the link rod ; the link rod being held stationary relative to the sheath against movement in translation in the longitudinal direction by stop means ; the system being characterized in that the stop means comprise: • a base that is a body of revolution and includes a conical portion ; and • a shell comprising two shell portions each including a conical portion (7D3) configured to come to bear in plane manner against the conical portion of the base . • a sheath defining an internal housing extending in a longitudinal direction; • a link rod disposed in said internal housing, and extending in the longitudinal direction; and • a selection slide mounted to slide in the internal housing, about the link rod ; the link rod being held stationary relative to the sheath against movement in translation in the longitudinal direction by stop means ; • a base that is a body of revolution and includes a conical portion ; and • a shell comprising two shell portions each including a conical portion (7D3) configured to come to bear in plane manner against the conical portion of the base .
A cap for a container , comprising a disc-shaped top section , an annular side section projecting substantially perpendicularly from the perimeter of said disc-shaped top section , a locking flange disposed at an extremity of said annular side section opposite said disc-shaped top section , and a locking flap extending from at least a portion of said extremity of said annular side section , said locking flap being mobile between a locked first position wherein a portion of said locking flange contiguous with said locking flap extends inwardly from an interior face of said annular side section , and an unlocked second position wherein said portion of said locking flange is at least partially recessed relative to said interior face of said annular side section , characterized in that it comprises a frangible tab attached perpendicularly to the annular side section and the locking flap , said locking flap being thereby immobilized in the locked first position.
A palladium(II) complex of formula : wherein: Pd ⊕ is a cationic palladium atom; the or each R 12 is independently selected from the group consisting of substituted and unsubstituted straight-chain alkyl, substituted and unsubstituted branched-chain alkyl, substituted and unsubstituted cycloalkyl, substituted and unsubstituted aryl, and substituted and unsubstituted heteroaryl wherein the heteroatoms are independently selected from sulfur, nitrogen and oxygen; m is 0, 1, 2, 3, 4 or 5; E is P; X ⊖ is a non-coordinated anionic ligand; and the monodentate tertiary phosphine ligand is selected from the group consisting of: Pd ⊕ is a cationic palladium atom; the or each R 12 is independently selected from the group consisting of substituted and unsubstituted straight-chain alkyl, substituted and unsubstituted branched-chain alkyl, substituted and unsubstituted cycloalkyl, substituted and unsubstituted aryl, and substituted and unsubstituted heteroaryl wherein the heteroatoms are independently selected from sulfur, nitrogen and oxygen; m is 0, 1, 2, 3, 4 or 5; E is P; X ⊖ is a non-coordinated anionic ligand; and the monodentate tertiary phosphine ligand is selected from the group consisting of:
A method of in vitro or ex vivo evaluation of the risk of complications in a patient who has sustained an insult or an infection, said insult or infection generating a systemic inflammatory response syndrome, the method being characterized in that it comprises detecting, preferably quantifying, in a biological sample obtained from said patient, at least one transcript of the IL7R gene corresponding to the transcript IL7R-001 of SEQ ID NO: 2 or to one of its variants, the sequence of a variant having at least 99% identity with said sequence, and preferably corresponding to the transcript IL7R-001 of SEQ ID NO: 2.
A support assembly , said assembly comprising: a mounting bracket comprising a first material with said mounting bracket presenting an engagement surface defining a void along a first axis ; a coupling component comprising a second material different from said first material with said coupling component having a first end , a second end , and an intermediate portion with said intermediate portion extending through and partially filling said void to define a fluid passageway about said first axis through said void with said intermediate portion having an inner wall facing said fluid passageway and a locking surface abutting said engagement surface to prevent rotation of said coupling component with respect to said mounting bracket ; wherein said mounting bracket has first and second opposing surfaces , characterized in that said intermediate portion has a first flange engaging said first surface and a second flange engaging said second surface to fully enclose said void . a mounting bracket comprising a first material with said mounting bracket presenting an engagement surface defining a void along a first axis ; a coupling component comprising a second material different from said first material with said coupling component having a first end , a second end , and an intermediate portion with said intermediate portion extending through and partially filling said void to define a fluid passageway about said first axis through said void with said intermediate portion having an inner wall facing said fluid passageway and a locking surface abutting said engagement surface to prevent rotation of said coupling component with respect to said mounting bracket ; wherein said mounting bracket has first and second opposing surfaces , characterized in that said intermediate portion has a first flange engaging said first surface and a second flange engaging said second surface to fully enclose said void .
A transmission apparatus configured to transmit, based on single carrier block transmission, a block symbol including N symbols, N being a natural number, and N cp symbols corresponding to a cyclic prefix, N cp being a natural number less than N, comprising: a fixed symbol arrangement unit configured to arrange a fixed symbol at a head of N cp symbols that are terminally arranged in the N symbols, a phase and an amplitude of the fixed symbol being fixed; a cyclic prefix insertion unit configured to generate the block symbol in which last N cp symbols in the N symbols with the arranged fixed symbol are added at a head of the N symbols as the cyclic prefix; an interpolation unit configured to perform interpolation processing on the block symbol; and a transmission unit configured to transmit, based on the single carrier block transmission, the block symbol after the interpolation processing. a fixed symbol arrangement unit configured to arrange a fixed symbol at a head of N cp symbols that are terminally arranged in the N symbols, a phase and an amplitude of the fixed symbol being fixed; a cyclic prefix insertion unit configured to generate the block symbol in which last N cp symbols in the N symbols with the arranged fixed symbol are added at a head of the N symbols as the cyclic prefix; an interpolation unit configured to perform interpolation processing on the block symbol; and a transmission unit configured to transmit, based on the single carrier block transmission, the block symbol after the interpolation processing.
A method of receiving, by a user equipment, UE, a reference signal, RS, in a wireless communication system, the method comprising: receiving (S1301) downlink control information, DCI, for scheduling downlink data in a first short transmission time interval, sTTI; acquiring, from the DCI, information related to whether a RS for the first sTTI is included in the first sTTI in which the downlink data is scheduled; receiving (S1301), in the first sTTI, the RS for the first sTTI based on the information related to whether the RS for the first sTTI is included in the first sTTI; characterized in that based on the downlink data scheduled to be repeatedly transmitted (S1403) in the first sTTI and at least one second sTTI: receiving (S1301), in each of the at least one second sTTI, a RS for the each of the at least one second sTTI, wherein the information includes a fixed value used for informing that the RS for the first sTTI is included in the first sTTI, and wherein the at least one second sTTI is consecutive in time with the first sTTI, and wherein a foremost sTTI of a subframe is not counted as the first sTTI and the at least one second sTTI. receiving (S1301) downlink control information, DCI, for scheduling downlink data in a first short transmission time interval, sTTI; acquiring, from the DCI, information related to whether a RS for the first sTTI is included in the first sTTI in which the downlink data is scheduled; receiving (S1301), in the first sTTI, the RS for the first sTTI based on the information related to whether the RS for the first sTTI is included in the first sTTI; characterized in that based on the downlink data scheduled to be repeatedly transmitted (S1403) in the first sTTI and at least one second sTTI: receiving (S1301), in each of the at least one second sTTI, a RS for the each of the at least one second sTTI, wherein the information includes a fixed value used for informing that the RS for the first sTTI is included in the first sTTI, and wherein the at least one second sTTI is consecutive in time with the first sTTI, and wherein a foremost sTTI of a subframe is not counted as the first sTTI and the at least one second sTTI.
A vehicle, comprising an internal combustion engine for powering the vehicle, a hydraulically activated automatic transmission , an auxiliary hydraulic system , and a system (100; 101; 102) comprising: a transmission fluid pump able to supply pressurized hydraulic fluid to the automatic transmission ; an auxiliary hydraulic system fluid pump able to supply pressurized hydraulic fluid to the auxiliary hydraulic system ; an energy storage device (36; 51); a single motor (38; 52) powered by the energy storage device (36; 51) that is mechanically connected to the transmission fluid pump and to the auxiliary hydraulic system fluid pump and a clutch that is adapted to selectively engage or disengage the single motor (38; 52), the auxiliary hydraulic system fluid pump and the transmission fluid pump to the engine , and a controller configured to be responsive to one or more operating conditions to turn off the engine when the vehicle is stopped and to use the single motor (38; 52) so as to activate the transmission fluid pump to supply sufficient power to the transmission to maintain engagement of the transmission in a driving gear, and to activate the auxiliary hydraulic system fluid pump to supply pressurized hydraulic fluid to the auxiliary hydraulic system , wherein the controller is also configured to be responsive to one or more operating conditions to cause the clutch to engage the single motor (38; 52) with the engine and activate the single motor (38; 52) so as to restart the engine with the transmission engaged in a driving gear. a transmission fluid pump able to supply pressurized hydraulic fluid to the automatic transmission ; an auxiliary hydraulic system fluid pump able to supply pressurized hydraulic fluid to the auxiliary hydraulic system ; an energy storage device (36; 51); a single motor (38; 52) powered by the energy storage device (36; 51) that is mechanically connected to the transmission fluid pump and to the auxiliary hydraulic system fluid pump and a clutch that is adapted to selectively engage or disengage the single motor (38; 52), the auxiliary hydraulic system fluid pump and the transmission fluid pump to the engine , and a controller configured to be responsive to one or more operating conditions to turn off the engine when the vehicle is stopped and to use the single motor (38; 52) so as to activate the transmission fluid pump to supply sufficient power to the transmission to maintain engagement of the transmission in a driving gear, and to activate the auxiliary hydraulic system fluid pump to supply pressurized hydraulic fluid to the auxiliary hydraulic system , wherein the controller is also configured to be responsive to one or more operating conditions to cause the clutch to engage the single motor (38; 52) with the engine and activate the single motor (38; 52) so as to restart the engine with the transmission engaged in a driving gear.
A communication system for an aircraft , the communication system comprising: at least one air-to-ground antenna externally mounted on the aircraft; an air-to-ground communication unit having a first set of ports for in-flight air-to-ground communication with a ground network and a second set of ports for ground communication comprising terrestrial communication with the ground network and for accessing fixed base operator services through a wireless network; and a switching device for connecting the at least one air-to-ground antenna to one of the first set of ports and the second set of ports , the switching device configured to switch connectivity of the at least one air-to-ground antenna to the first set of ports when the aircraft is in-flight. at least one air-to-ground antenna externally mounted on the aircraft; an air-to-ground communication unit having a first set of ports for in-flight air-to-ground communication with a ground network and a second set of ports for ground communication comprising terrestrial communication with the ground network and for accessing fixed base operator services through a wireless network; and a switching device for connecting the at least one air-to-ground antenna to one of the first set of ports and the second set of ports , the switching device configured to switch connectivity of the at least one air-to-ground antenna to the first set of ports when the aircraft is in-flight.
Apparatus for forming plastic preforms into plastic containers , having a movable carrier on which a plurality of blow molding devices are arranged, wherein the blow molding device has at least two blow mold side parts and a base part movable in a longitudinal direction (L) of the plastic container , wherein the blow mold side parts and the base part form a cavity, within which the plastic preforms can be formed into the plastic containers by applying a flowable medium, wherein the blow mold side parts are arranged respectively on a first mold carrier and a second mold carrier , which are movable with respect to a main shaft that is stationary relative to the carrier for opening and/or closing, and the apparatus is arranged within a clean room , wherein an opening and/or closing movement of the first mold carrier takes place by a first angle, and an opening and/or closing movement of the second mold carrier takes place by a second angle, wherein the first angle and the second angle are substantially identical, characterized in that the apparatus has a plurality of guide curves selected from a group of guide curves including a locking curve, a base lifting curve, a main guide curve, a blowing nozzle curve, a guide curve for the opening and closing movement of the mold carriers, and the like, wherein the locking curve and/or the base lifting curve and/or the guide curve for the opening and closing movement of the mold carriers are arranged inside the clean room and the main guide curve and/or the blowing nozzle curve are arranged outside the clean room . an opening and/or closing movement of the first mold carrier takes place by a first angle, and an opening and/or closing movement of the second mold carrier takes place by a second angle, wherein the first angle and the second angle are substantially identical, characterized in that the apparatus has a plurality of guide curves selected from a group of guide curves including a locking curve, a base lifting curve, a main guide curve, a blowing nozzle curve, a guide curve for the opening and closing movement of the mold carriers, and the like, wherein the locking curve and/or the base lifting curve and/or the guide curve for the opening and closing movement of the mold carriers are arranged inside the clean room and the main guide curve and/or the blowing nozzle curve are arranged outside the clean room .
An encoding method performed by a communication device, the method comprising: splitting obtained to-be-encoded data into phase data and amplitude data according to a preset rule; wherein the method is characterized in that it further comprises: obtaining a constellation diagram corresponding to the to-be-encoded data, wherein the constellation diagram comprises a plurality of constellation points, the plurality of constellation points comprise a constellation point with an amplitude value of 0, each constellation point has a corresponding probability value, and the probability value indicates an occurrence probability of the corresponding constellation point; performing probabilistic constellation shaping encoding on the amplitude data based on the constellation diagram and the probability value corresponding to each constellation point, to obtain at least one group of symbol sequences; and combining the at least one group of symbol sequences and the phase data, and then performing encoding, to obtain output data. obtaining a constellation diagram corresponding to the to-be-encoded data, wherein the constellation diagram comprises a plurality of constellation points, the plurality of constellation points comprise a constellation point with an amplitude value of 0, each constellation point has a corresponding probability value, and the probability value indicates an occurrence probability of the corresponding constellation point; performing probabilistic constellation shaping encoding on the amplitude data based on the constellation diagram and the probability value corresponding to each constellation point, to obtain at least one group of symbol sequences; and combining the at least one group of symbol sequences and the phase data, and then performing encoding, to obtain output data.
A member for testing of a hearing aid , the member comprising: - a fastener for removable fixation of a housing of the hearing aid , - a hole for removable insertion of a sound tube of the hearing aid in sound proof engagement with the member , wherein at least a part of the member accommodating the hole is made of a resilient material so that the hole is flexible and configured to expand and adapt to the sound tube when the sound tube is inserted in the hole , and wherein a part of the member defining an outer circumference of the member is made of a hard material, and wherein the part of the member made of the resilient material is fixed to the hard material. - a fastener for removable fixation of a housing of the hearing aid , - a hole for removable insertion of a sound tube of the hearing aid in sound proof engagement with the member ,