mhurhangee/patent-ind-claim-en huggingface dataset:
A method for selecting a subset of a first plurality of transmit antennas for transmission of an RF signal as a corresponding plurality of RF output signals in a transmitter having one or more RF chains and the first plurality of transmit antennas , the method comprising: establishing a second plurality of possible subsets of the first plurality of transmit antennas ; executing a link adaptation algorithm to determine a most efficient coding/ modulation mode; selecting the most efficient coding/modulation mode; determining a plurality of output bit error rates corresponding to the second plurality of possible subsets of the first plurality of transmit antennas ; identifying a minimum of the plurality of output bit error rates for the most efficient coding/modulation mode; selecting one of the second plurality of possible subsets of the first plurality of transmit antennas corresponding to the minimum of the plurality of output bit error rates for the most efficient coding/modulation mode; and connecting the one or more RF chains to the transmit antennas of the selected one of the second plurality of possible subsets. establishing a second plurality of possible subsets of the first plurality of transmit antennas ; executing a link adaptation algorithm to determine a most efficient coding/ modulation mode; selecting the most efficient coding/modulation mode; determining a plurality of output bit error rates corresponding to the second plurality of possible subsets of the first plurality of transmit antennas ; identifying a minimum of the plurality of output bit error rates for the most efficient coding/modulation mode; selecting one of the second plurality of possible subsets of the first plurality of transmit antennas corresponding to the minimum of the plurality of output bit error rates for the most efficient coding/modulation mode; and connecting the one or more RF chains to the transmit antennas of the selected one of the second plurality of possible subsets.
A device forming a part of a toy beverage dispenser comprising: a frame including a slot , the frame being configured to house a cup below the slot , a filter basket , the filter basket comprising: a handle ; a disc receiver fixed with the handle ; and a ring surrounding the disc receiver , wherein the handle and the disc receiver are rotatably connected with the ring to rotate about a horizontal axis, and wherein the ring is shaped to removably fit into the slot ; a disc including a first face and a second face; wherein the disc receiver is shaped to support the disc when the disc receiver is oriented substantially horizontally and wherein the disc falls from the disc receiver into the cup housed in the frame below the slot when the disc receiver is rotated about the horizontal axis. a frame including a slot , the frame being configured to house a cup below the slot , a filter basket , the filter basket comprising: a handle ; a disc receiver fixed with the handle ; and a ring surrounding the disc receiver , wherein the handle and the disc receiver are rotatably connected with the ring to rotate about a horizontal axis, and wherein the ring is shaped to removably fit into the slot ; a handle ; a disc receiver fixed with the handle ; and a ring surrounding the disc receiver , wherein the handle and the disc receiver are rotatably connected with the ring to rotate about a horizontal axis, and wherein the ring is shaped to removably fit into the slot ; a disc including a first face and a second face; wherein the disc receiver is shaped to support the disc when the disc receiver is oriented substantially horizontally and wherein the disc falls from the disc receiver into the cup housed in the frame below the slot when the disc receiver is rotated about the horizontal axis.
An overfill protection mechanism for a fill valve for a lubricant reservoir comprising: an actuator configured to shift upwards in response to an overfill event, the actuator comprising: an upper surface ; a lower surface ; and a wall extending from the upper surface and defining a valve protection chamber ; a valve actuator movably disposed within the valve protection chamber , wherein the valve actuator is configured to actuate a fill valve from an open position to a closed position; and an elastic member disposed within the valve protection chamber , wherein the elastic member biases the valve actuating plate towards an upper end of the valve protection chamber and is configured to compress within the valve protection chamber such that the valve actuator remains static relative to the fill valve as the actuator shifts upward in response to the overfill event. an actuator configured to shift upwards in response to an overfill event, the actuator comprising: an upper surface ; a lower surface ; and a wall extending from the upper surface and defining a valve protection chamber ; an upper surface ; a lower surface ; and a wall extending from the upper surface and defining a valve protection chamber ; a valve actuator movably disposed within the valve protection chamber , wherein the valve actuator is configured to actuate a fill valve from an open position to a closed position; and an elastic member disposed within the valve protection chamber , wherein the elastic member biases the valve actuating plate towards an upper end of the valve protection chamber and is configured to compress within the valve protection chamber such that the valve actuator remains static relative to the fill valve as the actuator shifts upward in response to the overfill event.
An electric truck comprising a drive device comprising: drive unit housings each of which integrally accommodates a motor that generates drive power, a reducer that reduces a rotation speed of the motor , and a final gear that is connected to the reducer and transfers the drive power of the motor to a drive wheel of the electric truck , wherein the drive unit housings are provided to each of the drive wheels of left and right sides of the electric truck ; and the drive device further comprises suspension parts positioned over the respective final gears , steering gear parts positioned over the respective suspension parts and configured to steer the respective drive wheels , characterized in that the drive device further comprises pairs of hinge parts , each pair disposed one to each of a vehicle front side and a vehicle rear side of each of the steering gear parts , and pairs of body-connecting parts , one of the pairs connecting each of the steering gear parts to a vehicle body of the electric truck through each of the pairs of hinge parts . drive unit housings each of which integrally accommodates a motor that generates drive power, a reducer that reduces a rotation speed of the motor , and a final gear that is connected to the reducer and transfers the drive power of the motor to a drive wheel of the electric truck , wherein the drive unit housings are provided to each of the drive wheels of left and right sides of the electric truck ; and the drive device further comprises suspension parts positioned over the respective final gears , steering gear parts positioned over the respective suspension parts and configured to steer the respective drive wheels , characterized in that the drive device further comprises pairs of hinge parts , each pair disposed one to each of a vehicle front side and a vehicle rear side of each of the steering gear parts , and pairs of body-connecting parts , one of the pairs connecting each of the steering gear parts to a vehicle body of the electric truck through each of the pairs of hinge parts .
A computer-implemented method for providing molecular data (MD), comprising: - receiving (REC-CT-IMG) a computed tomography image (CT-IMG) of at least a part of a lung of a patient, wherein the computed tomography image (CT-IMG) depicts at least one lung nodule, - determining (DET-PTCH) a nodule patch (CT-PTCH) by processing the computed tomography image (CT-IMG), advantageously with a second trained function (TF-2) configured to localize lung nodules depicted in computed tomography images (CT-IMG), - determining (DET-NBD) nodule-based data (NBD) by processing the nodule patch (CT-PTCH) with a third trained (TF-3) function, wherein the nodule-based data (NBD) relates to a biomarker within the genome of the patient, the transcriptome of the patient, the proteome of the patient and/or the metabolome of the patient, - determining (DET-FD) feature data (FD) by processing the computed tomography image (CT-IMG) with a fourth trained function (TF-4), wherein the feature data (FD) relates to imaging biomarkers not related to lung nodules, - determining (DET-MD) the molecular data (MD) by processing first input data (ID-1) with a first trained function (TF-1), wherein the first input data (ID-1) comprises said nodule-based data (NBD) and said feature data (FD), wherein the molecular data (MD) relates to the biomarker within a genome of the patient, a transcriptome of the patient, a proteome of the patient and/or a metabolome of the patient, - providing (PROV-MD) the molecular data (MD). - receiving (REC-CT-IMG) a computed tomography image (CT-IMG) of at least a part of a lung of a patient, wherein the computed tomography image (CT-IMG) depicts at least one lung nodule, - determining (DET-PTCH) a nodule patch (CT-PTCH) by processing the computed tomography image (CT-IMG), advantageously with a second trained function (TF-2) configured to localize lung nodules depicted in computed tomography images (CT-IMG), - determining (DET-NBD) nodule-based data (NBD) by processing the nodule patch (CT-PTCH) with a third trained (TF-3) function, wherein the nodule-based data (NBD) relates to a biomarker within the genome of the patient, the transcriptome of the patient, the proteome of the patient and/or the metabolome of the patient, - determining (DET-FD) feature data (FD) by processing the computed tomography image (CT-IMG) with a fourth trained function (TF-4), wherein the feature data (FD) relates to imaging biomarkers not related to lung nodules, - determining (DET-MD) the molecular data (MD) by processing first input data (ID-1) with a first trained function (TF-1), wherein the first input data (ID-1) comprises said nodule-based data (NBD) and said feature data (FD), wherein the molecular data (MD) relates to the biomarker within a genome of the patient, a transcriptome of the patient, a proteome of the patient and/or a metabolome of the patient, - providing (PROV-MD) the molecular data (MD).
A beverage producing system comprising: a capsule containing beverage ingredients; and a beverage preparation machine; the capsule comprising a cup-shaped body and a lid ; the cup-shaped body having a base and a side wall and the lid being sealed to the cup-shaped body ; the capsule being designed for insertion into the beverage preparation machine to permit a pressurised liquid to be flowed through the capsule in order to produce a beverage from interaction with the beverage ingredients; the beverage preparation machine having an enclosing member adapted to be selectively movable between an open position to permit insertion of the capsule into the beverage preparation machine and a closed position in which the enclosing member sealingly engages the capsule ; characterized in that the side wall is dimensioned to be contacted by the enclosing member on movement of the enclosing member into the closed position to buckle the side wall to form a valley zone bridging the enclosing member ; wherein the side wall is adapted such that said valley zone forms at least one sealing interface between the enclosing member and the side wall . a capsule containing beverage ingredients; and a beverage preparation machine; the capsule comprising a cup-shaped body and a lid ; the cup-shaped body having a base and a side wall and the lid being sealed to the cup-shaped body ; the capsule being designed for insertion into the beverage preparation machine to permit a pressurised liquid to be flowed through the capsule in order to produce a beverage from interaction with the beverage ingredients; the beverage preparation machine having an enclosing member adapted to be selectively movable between an open position to permit insertion of the capsule into the beverage preparation machine and a closed position in which the enclosing member sealingly engages the capsule ; characterized in that the side wall is dimensioned to be contacted by the enclosing member on movement of the enclosing member into the closed position to buckle the side wall to form a valley zone bridging the enclosing member ; wherein the side wall is adapted such that said valley zone forms at least one sealing interface between the enclosing member and the side wall .
An ophthalmic composition comprising omega-3 fatty acids, Vitamin A or esters thereof, Vitamin D3 and liposomes.
Earth station transmitter device arranged for generating a set of data to be transmitted to an earth station receiver device of a satellite communication system, said earth station transmitter device comprising : - encoding and modulation means for mapping a plurality of baseband frames, each associated with a modulation and coding type, to a plurality of frames of encoded and modulated symbols, - physical layer framing means arranged for inserting in front of each frame of encoded and modulated symbols, a physical layer frame header, so obtaining a plurality of physical layer frames, - converter means for converting a super-frame preamble, said super-frame preamble comprising a start of super-frame, SOSF, and a super-frame format indicator, SFFI, and said plurality of physical layer frames into a plurality of capacity units, each capacity unit having a length of 90 symbols, - super-frame generator means arranged to prepend a first subset of capacity units corresponding to said super-frame preamble to a second subset of capacity units of said plurality corresponding to said plurality of physical layer frames, and characterised in that said super-frame generator means is further arranged to insert a pilot field of 36 super-frame pilot symbols type A as defined in the DVB-S2X standard in between each pair of consecutive blocks of 16 capacity units, thereby obtaining a pilot segment, and arranged to generate a super-frame by collecting a number of said pilot segment, said number being smaller than 415. - encoding and modulation means for mapping a plurality of baseband frames, each associated with a modulation and coding type, to a plurality of frames of encoded and modulated symbols, - physical layer framing means arranged for inserting in front of each frame of encoded and modulated symbols, a physical layer frame header, so obtaining a plurality of physical layer frames, - converter means for converting a super-frame preamble, said super-frame preamble comprising a start of super-frame, SOSF, and a super-frame format indicator, SFFI, and said plurality of physical layer frames into a plurality of capacity units, each capacity unit having a length of 90 symbols, - super-frame generator means arranged to prepend a first subset of capacity units corresponding to said super-frame preamble to a second subset of capacity units of said plurality corresponding to said plurality of physical layer frames, and characterised in that said super-frame generator means is further arranged to insert a pilot field of 36 super-frame pilot symbols type A as defined in the DVB-S2X standard in between each pair of consecutive blocks of 16 capacity units, thereby obtaining a pilot segment, and arranged to generate a super-frame by collecting a number of said pilot segment, said number being smaller than 415.
Raceway element for a large roller bearing, having the following features: - at least one raceway in contact with a rolling element , - the raceway has a basic structure and an inductively hardened surface layer, the inductively hardened surface layer being hardened by means of an inductive hardening process which comprises heating with an inductor and subsequent quenching with a sprinkler, - the raceway element consists of a steel which has an addition of carbon of at least 0.46% by mass, characterized in that - a depth of the inductively hardened surface layer is adapted to a voltage profile generated by Hertzian contact with the rolling element, which it covers; and - the surface layer , after the quenching, has a maximum hardness, generated by the inductive hardening, which is lower than the maximum achievable hardness of the steel used, the surface layer of the raceway having the same hardness, within manufacturing tolerances, along the entire raceway element. - at least one raceway in contact with a rolling element , - the raceway has a basic structure and an inductively hardened surface layer, the inductively hardened surface layer being hardened by means of an inductive hardening process which comprises heating with an inductor and subsequent quenching with a sprinkler, - the raceway element consists of a steel which has an addition of carbon of at least 0.46% by mass, - a depth of the inductively hardened surface layer is adapted to a voltage profile generated by Hertzian contact with the rolling element, which it covers; and - the surface layer , after the quenching, has a maximum hardness, generated by the inductive hardening, which is lower than the maximum achievable hardness of the steel used, the surface layer of the raceway having the same hardness, within manufacturing tolerances, along the entire raceway element.
An article-forming tool , comprising: an elongate jig having a predefined shape; opposing the jig, an elongate flexible vise configured to hold a fiber-composite article of a predefined cross section, the vise including: a series of clamp segments arranged side-by-side along a length of the vise, each clamp segment comprising a set of platens configured to hold a corresponding longitudinal segment of the article, and a flexible spline sheet extending through the series of clamp segments, between opposing platens, and configured to conform controllably to the shape of the jig; and a spacer system configured to control conformation of the spline to the shape of the jig. an elongate jig having a predefined shape; opposing the jig, an elongate flexible vise configured to hold a fiber-composite article of a predefined cross section, the vise including: a series of clamp segments arranged side-by-side along a length of the vise, each clamp segment comprising a set of platens configured to hold a corresponding longitudinal segment of the article, and a flexible spline sheet extending through the series of clamp segments, between opposing platens, and configured to conform controllably to the shape of the jig; and a series of clamp segments arranged side-by-side along a length of the vise, each clamp segment comprising a set of platens configured to hold a corresponding longitudinal segment of the article, and a flexible spline sheet extending through the series of clamp segments, between opposing platens, and configured to conform controllably to the shape of the jig; and a spacer system configured to control conformation of the spline to the shape of the jig.
A heat exchange system (100; 200; 300) for a vehicle (Ve) including a battery , an electric motor as a propulsion power source, a transmission system , and a power control unit configured to convert electric power from the battery into an alternating current and supply the alternating current to the electric motor , the electric motor being configured to be driven with electric power supplied from the battery , the heat exchange system (100; 200; 300) comprising: a heat pump used for air conditioning, the heat pump including an electric compressor that compresses a refrigerant, the electric compressor being configured to be driven with electric power from the battery ; and a heat exchanger (20; 40) configured to exchange heat between the refrigerant and lubricating oil that lubricates the transmission system , characterized in that the heat exchange system (200; 300) further comprises a cooling circuit through which a coolant for cooling the power control unit circulates, wherein the heat exchanger is configured to exchange heat among three types of fluids that are the coolant, the lubricating oil, and the refrigerant. a heat pump used for air conditioning, the heat pump including an electric compressor that compresses a refrigerant, the electric compressor being configured to be driven with electric power from the battery ; and a heat exchanger (20; 40) configured to exchange heat between the refrigerant and lubricating oil that lubricates the transmission system , characterized in that the heat exchange system (200; 300) further comprises a cooling circuit through which a coolant for cooling the power control unit circulates, wherein the heat exchanger is configured to exchange heat among three types of fluids that are the coolant, the lubricating oil, and the refrigerant.
A web of cleaning products comprising: a first carrier sheet having a plurality of depressions formed in its upper surface ; a plurality of pouches disposed in the plurality of depressions and containing a cleaning composition ; a first internal atmosphere enclosed within each of the plurality of pouches ; a second carrier sheet sealed to the upper surface of the first carrier sheet and enclosing the plurality of pouches within their corresponding depressions ; and characterized in that above each pouch of the plurality of pouches, a second internal atmosphere is confined to a region above the pouch and below the second carrier sheet , the second internal atmosphere having a greater absolute pressure than the first internal atmosphere so that the plurality of pouches and at least a portion of the cleaning composition in the plurality of pouches are compressed by the second internal atmosphere pushing the pouch in a downward direction into a respective depression of the plurality of depressions in the first carrier sheet , each pouch of the plurality of pouches includes exterior walls pressing flushly and sealingly against interior walls of the respective depression in the first carrier sheet , and each pouch of the plurality of pouches includes an outwardly extending peripheral flange sealed to the upper surface of the first carrier sheet . a first carrier sheet having a plurality of depressions formed in its upper surface ; a plurality of pouches disposed in the plurality of depressions and containing a cleaning composition ; a first internal atmosphere enclosed within each of the plurality of pouches ; a second carrier sheet sealed to the upper surface of the first carrier sheet and enclosing the plurality of pouches within their corresponding depressions ; and above each pouch of the plurality of pouches, a second internal atmosphere is confined to a region above the pouch and below the second carrier sheet , the second internal atmosphere having a greater absolute pressure than the first internal atmosphere so that the plurality of pouches and at least a portion of the cleaning composition in the plurality of pouches are compressed by the second internal atmosphere pushing the pouch in a downward direction into a respective depression of the plurality of depressions in the first carrier sheet , each pouch of the plurality of pouches includes exterior walls pressing flushly and sealingly against interior walls of the respective depression in the first carrier sheet , and each pouch of the plurality of pouches includes an outwardly extending peripheral flange sealed to the upper surface of the first carrier sheet .