mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a Central Unit - Control Plane, CU-CP, (700; 122) of a radio access network, RAN, node operating in a communication network to dynamically schedule user-plane communications, the CU-CP (700; 122) communicatively coupled to a Distributed Unit, DU, (900; 126a; 126b) and a Central Unit - User Plane, CU-UP, (800; 124) of the RAN node (600; 120), the method comprising: providing indication of one or more available user plane, UP, paths to at least one network element, the at least one network element comprising one or more of a user equipment, UE (500; 250; 1310a; 1310b; 1691; 1692), the CU-UP (800; 124) of the RAN node (600; 120), and the DU (900; 126a; 126b) of the RAN node (600; 120), wherein when the at least one network element comprises the UE (500; 250; 1310a; 1310b; 1691; 1692), providing the indication of the one or more available UP paths to the UE (500; 250; 1310a; 1310b; 1691; 1692) comprises transmitting a first signal comprising the indication of the one or more available UP paths to the DU causing the DU to provide the indication of the one or more available UP paths to the UE (500; 250; 1310a; 1310b; 1691; 1692); and providing indication of a scheduling strategy for data transmissions to the at least one network element, wherein when the at least one network element comprises the UE (500; 250; 1310a; 1310b; 1691; 1692), providing the indication of the scheduling strategy for data transmissions to the UE (500; 250; 1310a; 1310b; 1691; 1692) comprises transmitting a second signal comprising the indication of the scheduling strategy to the DU causing the DU to provide the indication of the scheduling strategy to the UE (500; 250; 1310a; 1310b; 1691; 1692). providing indication of one or more available user plane, UP, paths to at least one network element, the at least one network element comprising one or more of a user equipment, UE (500; 250; 1310a; 1310b; 1691; 1692), the CU-UP (800; 124) of the RAN node (600; 120), and the DU (900; 126a; 126b) of the RAN node (600; 120), wherein when the at least one network element comprises the UE (500; 250; 1310a; 1310b; 1691; 1692), providing the indication of the one or more available UP paths to the UE (500; 250; 1310a; 1310b; 1691; 1692) comprises transmitting a first signal comprising the indication of the one or more available UP paths to the DU causing the DU to provide the indication of the one or more available UP paths to the UE (500; 250; 1310a; 1310b; 1691; 1692); and providing indication of a scheduling strategy for data transmissions to the at least one network element, wherein when the at least one network element comprises the UE (500; 250; 1310a; 1310b; 1691; 1692), providing the indication of the scheduling strategy for data transmissions to the UE (500; 250; 1310a; 1310b; 1691; 1692) comprises transmitting a second signal comprising the indication of the scheduling strategy to the DU causing the DU to provide the indication of the scheduling strategy to the UE (500; 250; 1310a; 1310b; 1691; 1692).
Compounds selected form the group consisting of: ( S )-2-(2,4-dichlorobenzyl)- 1H -indazole-3-carboxamido)-3,3-dimethylbutanoic acid ( S )-methyl 2-(1-(2,4-dichlorobenzyl)- 1H -indazole-3-carboxamido)-3,3-dimethylbutanoate ( S )-2-(2,4-dichlorobenzyl)- 1H -indazole-3-carboxamido)-3-methylbutanoic acid ( S )-methyl 2-(1-(2,4-dichlorobenzyl)- 1H -indazole-3-carboxamido)-3-methylbutanoate ( S )-2-(1-(2,4-dichlorobenzyl)- 1H -indazole-3-carboxamido)-4-methylpentanoic acid ( S )-methyl 2-(1-(2,4-dichlorobenzyl)- 1H -indazole-3-carboxamido)-4-methylpentanoate ( S )-2-(2,4-dichlorobenzyl)- 1H -indazole-3-carboxamido)-3,3-dimethylbutanoic acid ( S )-methyl 2-(1-(2,4-dichlorobenzyl)- 1H -indazole-3-carboxamido)-3,3-dimethylbutanoate ( S )-2-(2,4-dichlorobenzyl)- 1H -indazole-3-carboxamido)-3-methylbutanoic acid ( S )-methyl 2-(1-(2,4-dichlorobenzyl)- 1H -indazole-3-carboxamido)-3-methylbutanoate ( S )-2-(1-(2,4-dichlorobenzyl)- 1H -indazole-3-carboxamido)-4-methylpentanoic acid ( S )-methyl 2-(1-(2,4-dichlorobenzyl)- 1H -indazole-3-carboxamido)-4-methylpentanoate
Reactor for steam reforming of hydrocarbon-containing gas to synthesis gas, comprising a) a reactor shell, b) supply pipelines for hydrocarbon-containing gas and for steam, c) discharge pipelines for synthesis gas and for flue gas, d) means for providing the thermal energy required for steam reforming, e) means for accommodating the reaction zone of the steam reforming reactions, wherein a catalyst active for the steam reforming reactions is arranged in the reaction zone, and wherein the means is configured and arranged relative to the means designated d) such that the thermal energy required for the steam reforming reactions can be transferred from the means designated d) to the means by indirect heat transfer, f) means for accommodating the reaction zone of the water-gas shift reaction in the synthesis gas, in which the catalyst active therefor is arranged, said means being so configured and arranged that an indirect heat exchange can take place between the reaction zones of the steam reforming reactions and the water-gas shift reaction, g) characterised in that the means for providing the thermal energy required for steam reforming and the means for accommodating the reaction zone of the steam reforming and water gas-shift reactions are each microchannels arranged parallel to one another in such a way that heat exchange between them is possible via the channel walls. a) a reactor shell, b) supply pipelines for hydrocarbon-containing gas and for steam, c) discharge pipelines for synthesis gas and for flue gas, d) means for providing the thermal energy required for steam reforming, e) means for accommodating the reaction zone of the steam reforming reactions, wherein a catalyst active for the steam reforming reactions is arranged in the reaction zone, and wherein the means is configured and arranged relative to the means designated d) such that the thermal energy required for the steam reforming reactions can be transferred from the means designated d) to the means by indirect heat transfer, f) means for accommodating the reaction zone of the water-gas shift reaction in the synthesis gas, in which the catalyst active therefor is arranged, said means being so configured and arranged that an indirect heat exchange can take place between the reaction zones of the steam reforming reactions and the water-gas shift reaction, g) characterised in that the means for providing the thermal energy required for steam reforming and the means for accommodating the reaction zone of the steam reforming and water gas-shift reactions are each microchannels arranged parallel to one another in such a way that heat exchange between them is possible via the channel walls.
A container for multiple parallel single-cell biochemical analysis, comprising an array having a plurality of wells, wherein said array has an exposed surface in a planar configuration with the openings of the wells and wherein the exposed surface comprises an amino-silane base crosslinked to an amine polymer, and a porous membrane configured to be positioned on the exposed surface of the array, wherein the porous membrane and the exposed surface of the array can cooperate by establishing molecular bonding so as to substantially isolate each well, or a subset of wells, from adjacent wells. an array having a plurality of wells, wherein said array has an exposed surface in a planar configuration with the openings of the wells and wherein the exposed surface comprises an amino-silane base crosslinked to an amine polymer, and a porous membrane configured to be positioned on the exposed surface of the array, wherein the porous membrane and the exposed surface of the array can cooperate by establishing molecular bonding so as to substantially isolate each well, or a subset of wells, from adjacent wells.
A rolling mill comprising: a roll that is shifted in an axial direction, wherein the roll is a work roll that contacts a rolled material or an intermediate roll that contacts the work roll ; a bearing that is shifted in a roll-axis direction along with the roll , and receives a load from the roll ; and three or more first cylinders that apply bending force in the same vertical direction toward the vertical increase side to the bearing to cause the roll to perform bending, wherein the bearing and the first cylinders are provided on each a drive side and a work side of the roll , and wherein the two first cylinders among the first cylinders are provided in the roll-axis direction on the exit side or entry side in a rolling direction, one first cylinder among the first cylinders is provided on a side that is one of the entry side and the exit side in the rolling direction, and that is opposite to a side provided with the two first cylinders , characterized in that the first cylinder on the opposite side is positioned between the two first cylinders when viewed from the exit side or entry side in the rolling direction. a roll that is shifted in an axial direction, wherein the roll is a work roll that contacts a rolled material or an intermediate roll that contacts the work roll ; a bearing that is shifted in a roll-axis direction along with the roll , and receives a load from the roll ; and three or more first cylinders that apply bending force in the same vertical direction toward the vertical increase side to the bearing to cause the roll to perform bending, wherein the bearing and the first cylinders are provided on each a drive side and a work side of the roll , and wherein the two first cylinders among the first cylinders are provided in the roll-axis direction on the exit side or entry side in a rolling direction, one first cylinder among the first cylinders is provided on a side that is one of the entry side and the exit side in the rolling direction, and that is opposite to a side provided with the two first cylinders , characterized in that the first cylinder on the opposite side is positioned between the two first cylinders when viewed from the exit side or entry side in the rolling direction.
A method for identifying somatic mutations in a human subject by analyzing a biological sample of the human subject, the biological sample including deoxyribonucleic acid (DNA) fragments originating from normal cells and potentially from tumor cells or cells associated with cancer, the biological sample including cell-free DNA fragments, the method comprising, performing, by a computer system: receiving one or more sequence reads for each of a plurality of DNA fragments in the biological sample; aligning the plurality of sequence reads to a reference human genome using a first alignment procedure to determine genomic positions for the plurality of sequence reads; comparing the sequence reads to a constitutional genome, corresponding to the human subject, to identify a filtered set of loci as having somatic mutations in some tissue of the human subject, wherein: at each locus of the filtered set, a number of the sequence reads having a sequence variant relative to the constitutional genome is above a cutoff value, the cutoff value being greater than one; for each of a first set of candidate loci identified as potentially having a somatic mutation: determining a size difference between a first group of DNA fragments having the sequence variant and a second group of DNA fragments having a wildtype allele; comparing the size difference to a size threshold; when the size difference is less than the size threshold, discarding the candidate locus as a potential mutation; and identifying the filtered set of loci as having somatic mutations in the human subject using the remaining candidate loci. receiving one or more sequence reads for each of a plurality of DNA fragments in the biological sample; aligning the plurality of sequence reads to a reference human genome using a first alignment procedure to determine genomic positions for the plurality of sequence reads; comparing the sequence reads to a constitutional genome, corresponding to the human subject, to identify a filtered set of loci as having somatic mutations in some tissue of the human subject, wherein: at each locus of the filtered set, a number of the sequence reads having a sequence variant relative to the constitutional genome is above a cutoff value, the cutoff value being greater than one; for each of a first set of candidate loci identified as potentially having a somatic mutation: determining a size difference between a first group of DNA fragments having the sequence variant and a second group of DNA fragments having a wildtype allele; comparing the size difference to a size threshold; when the size difference is less than the size threshold, discarding the candidate locus as a potential mutation; and determining a size difference between a first group of DNA fragments having the sequence variant and a second group of DNA fragments having a wildtype allele; comparing the size difference to a size threshold; when the size difference is less than the size threshold, discarding the candidate locus as a potential mutation; and identifying the filtered set of loci as having somatic mutations in the human subject using the remaining candidate loci.
An apparatus for wireless communication at a user equipment, UE, comprising: a processor, memory in electronic communication with the processor; and instructions stored in the memory and executable by the processor to cause the apparatus to: monitor a plurality of physical downlink control channel, PDCCH, candidates for downlink control information, DCI, from a plurality of base stations; receive the DCI in the PDCCH candidates from the plurality of base stations, wherein each PDCCH candidate that includes the DCI from one base station maps to a PDCCH candidate that includes the DCI from another base station; combine the DCI received from the plurality of base stations in the plurality of PDCCH candidates; and receive data from or transmitting data to at least one of the plurality of base stations based at least in part on the combined DCI. a processor, memory in electronic communication with the processor; and instructions stored in the memory and executable by the processor to cause the apparatus to: monitor a plurality of physical downlink control channel, PDCCH, candidates for downlink control information, DCI, from a plurality of base stations; receive the DCI in the PDCCH candidates from the plurality of base stations, wherein each PDCCH candidate that includes the DCI from one base station maps to a PDCCH candidate that includes the DCI from another base station; combine the DCI received from the plurality of base stations in the plurality of PDCCH candidates; and receive data from or transmitting data to at least one of the plurality of base stations based at least in part on the combined DCI. monitor a plurality of physical downlink control channel, PDCCH, candidates for downlink control information, DCI, from a plurality of base stations; receive the DCI in the PDCCH candidates from the plurality of base stations, wherein each PDCCH candidate that includes the DCI from one base station maps to a PDCCH candidate that includes the DCI from another base station; combine the DCI received from the plurality of base stations in the plurality of PDCCH candidates; and receive data from or transmitting data to at least one of the plurality of base stations based at least in part on the combined DCI.
Arrangement (4; 4') for feeding a semi-finished product as a starting material for thermoforming to a thermoforming machine , wherein the arrangement (4; 4') has a deposition device , on which blanks (64a-c; 64) of the starting material can each be provided, and a loading device , having a table device and a movable loading unit ; wherein the loading unit has a first portion and a second portion , and the first and second portion are each set up for receiving one of the blanks (64a-c; 64) on the portion , and wherein at least one of the blanks (64a-c; 64) can be deposited on the table device ; wherein the first portion is positionable for receiving one of the blanks (64a-c; 64) from the deposition device and the second portion is positionable for receiving another of the blanks (64a-c; 64) from the table device , and subsequently the first portion is positionable for depositing one blank (64a-c; 64) received from the deposition device on the table device and the second portion is positionable for depositing the other blank (64a-c; 64) received from the table device in a work region of the thermoforming machine . wherein the arrangement (4; 4') has a deposition device , on which blanks (64a-c; 64) of the starting material can each be provided, and a loading device , having a table device and a movable loading unit ; wherein the loading unit has a first portion and a second portion , and the first and second portion are each set up for receiving one of the blanks (64a-c; 64) on the portion , and wherein at least one of the blanks (64a-c; 64) can be deposited on the table device ; wherein the first portion is positionable for receiving one of the blanks (64a-c; 64) from the deposition device and the second portion is positionable for receiving another of the blanks (64a-c; 64) from the table device , and subsequently the first portion is positionable for depositing one blank (64a-c; 64) received from the deposition device on the table device and the second portion is positionable for depositing the other blank (64a-c; 64) received from the table device in a work region of the thermoforming machine .
Arrangement for checking a tightness of a container , comprising: - a test compartment in which the container to be tested can be arranged, - a pressure changing device to change a pressure in the test compartment relative to a pressure in the container , - a differential pressure sensor for determining a pressure difference between a reference pressure in a reference chamber and a pressure in the test compartment , characterized by - a valve comprising a closing element , a first sealing seat , and a second sealing seat , the first sealing seat comprising a first sealing element for sealing the test compartment with respect to a pre-chamber and the second sealing seat comprising a second sealing element for sealing the reference chamber with respect to the pre-chamber . - a test compartment in which the container to be tested can be arranged, - a pressure changing device to change a pressure in the test compartment relative to a pressure in the container , - a differential pressure sensor for determining a pressure difference between a reference pressure in a reference chamber and a pressure in the test compartment , - a valve comprising a closing element , a first sealing seat , and a second sealing seat , the first sealing seat comprising a first sealing element for sealing the test compartment with respect to a pre-chamber and the second sealing seat comprising a second sealing element for sealing the reference chamber with respect to the pre-chamber .
A motor control device for controlling a motor according to an instruction that is input, comprising: a motor control unit switching a rotation direction of the motor with respect to the instruction according to a motor-control rotation direction specified value that has been set; and characterised by a safety monitoring unit monitoring, based on a position or speed of the motor , a state of the motor deviating from any one of a plurality of safety state conditions prescribed by a plurality of safety-monitoring parameter values that have been set, wherein the safety monitoring unit is configured to be capable of setting a safety-monitoring rotation direction specified value indicating whether the rotation direction of the motor is a first direction or a second direction reverse to the first direction, and is configured to operate by treating the plurality of safety-monitoring parameter values as values of a case where the rotation direction of the motor is the first direction when the safety-monitoring rotation direction specified value indicating that the rotation direction of the motor is the first direction is set, and to operate by treating the plurality of safety-monitoring parameter values as values of a case where the rotation direction of the motor is the second direction when the safety-monitoring rotation direction specified value indicating that the rotation direction of the motor is the second direction is set. a motor control unit switching a rotation direction of the motor with respect to the instruction according to a motor-control rotation direction specified value that has been set; and characterised by a safety monitoring unit monitoring, based on a position or speed of the motor , a state of the motor deviating from any one of a plurality of safety state conditions prescribed by a plurality of safety-monitoring parameter values that have been set, wherein the safety monitoring unit is configured to be capable of setting a safety-monitoring rotation direction specified value indicating whether the rotation direction of the motor is a first direction or a second direction reverse to the first direction, and is configured to operate by treating the plurality of safety-monitoring parameter values as values of a case where the rotation direction of the motor is the first direction when the safety-monitoring rotation direction specified value indicating that the rotation direction of the motor is the first direction is set, and to operate by treating the plurality of safety-monitoring parameter values as values of a case where the rotation direction of the motor is the second direction when the safety-monitoring rotation direction specified value indicating that the rotation direction of the motor is the second direction is set.
A plastic container comprising: an upper portion having a mouth defining an opening into the container ; a base movable to accommodate vacuum forces generated within the container thereby decreasing the volume of the container ; a plurality of triangular surface features included with the base configured to accommodate vacuum forces; and a substantially cylindrical portion extending between the upper portion and the base ; characterized in that the triangular surface features have a height (I) of about 3mm; and in that the triangular surface features define therebetween a depth (L) within the base of about 1mm. an upper portion having a mouth defining an opening into the container ; a base movable to accommodate vacuum forces generated within the container thereby decreasing the volume of the container ; a plurality of triangular surface features included with the base configured to accommodate vacuum forces; and a substantially cylindrical portion extending between the upper portion and the base ; characterized in that the triangular surface features have a height (I) of about 3mm; and in that the triangular surface features define therebetween a depth (L) within the base of about 1mm.