mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed at a Radio Base Station, RBS, of scheduling resources for a wireless communication device , comprising: configuring (S4) bit fields of Downlink Control Information, DCI, to indicate to the wireless communication device that transmission or reception of data is granted; and indicating (S5) a grant of a resource for the wireless communication device to transmit or receive data based on the DCI and a position of said DCI within a data frame of a downlink control channel; characterized in that the DCI and the position of said DCI within a data frame of a downlink control channel indicates DMRS configuration, data symbol configuration, and short TTI length of a corresponding data frame for uplink transmission or downlink reception of the wireless communication device. configuring (S4) bit fields of Downlink Control Information, DCI, to indicate to the wireless communication device that transmission or reception of data is granted; and indicating (S5) a grant of a resource for the wireless communication device to transmit or receive data based on the DCI and a position of said DCI within a data frame of a downlink control channel; characterized in that the DCI and the position of said DCI within a data frame of a downlink control channel indicates DMRS configuration, data symbol configuration, and short TTI length of a corresponding data frame for uplink transmission or downlink reception of the wireless communication device.
A method of identifying a transplant donor for a recipient in need of a transplant, the method comprising: a) isolating a nucleic acid sample from a biological sample obtained from the potential transplant donor and/or the recipient b) determining the presence of one or more single nucleotide polymorphism alleles within a gene located in the MHC gamma block of the recipient in need of a transplant; c) determining the presence of one or more single nucleotide polymorphism alleles within a gene located in the MHC gamma block of one or more potential transplant donors; and d) identifying a transplant donor based on the presence of one or more single nucleotide polymorphism alleles within a gene located in the MHC gamma block of both the transplant donor and the recipient in need of a transplant; wherein the single nucleotide allele polymorphism is selected from C2321, T9763, C9796, T9819, T9881, T10289, T10309, C10676, A11437, A11483, G12071, A12152, A12568, A12837, G12749, A12877, A13189, C13193, A13950, A14483, T14563, T14757, A14831, T14952, G15108, C16954, T17316, T19588, and/or A20170. a) isolating a nucleic acid sample from a biological sample obtained from the potential transplant donor and/or the recipient b) determining the presence of one or more single nucleotide polymorphism alleles within a gene located in the MHC gamma block of the recipient in need of a transplant; c) determining the presence of one or more single nucleotide polymorphism alleles within a gene located in the MHC gamma block of one or more potential transplant donors; and d) identifying a transplant donor based on the presence of one or more single nucleotide polymorphism alleles within a gene located in the MHC gamma block of both the transplant donor and the recipient in need of a transplant; wherein the single nucleotide allele polymorphism is selected from C2321, T9763, C9796, T9819, T9881, T10289, T10309, C10676, A11437, A11483, G12071, A12152, A12568, A12837, G12749, A12877, A13189, C13193, A13950, A14483, T14563, T14757, A14831, T14952, G15108, C16954, T17316, T19588, and/or A20170.
A heat exchanger comprising: a first manifold ; a second manifold separated from the first manifold; a plurality of heat exchange tube segments arranged in spaced parallel relationship and fluidly coupling the first manifold and the second manifold, the plurality of heat exchange tube segments including a bend defining a first slab and a second slab of the heat exchange tube segments, the first slab being arranged at an angle to the second slab, each of the plurality of heat exchange tube segments including at least a first heat exchange tube and a second heat exchange tube at least partially connected by a web extending there between, the first heat exchange tube and the second heat exchange tube being asymmetrical such that a cross-sectional flow area of the first heat exchange tube is different than a cross-sectional flow area of the second heat exchange tube; characterised in that : the heat exchanger is configured such that in use a fluid flowing between the manifolds will flow sequentially through heat exchange tubes, such that the fluid provided to the heat exchange tubes having the smaller cross section is at least partially liquid and the fluid provided to the heat exchange tubes having the larger cross section is a vapor. a first manifold ; a second manifold separated from the first manifold; a plurality of heat exchange tube segments arranged in spaced parallel relationship and fluidly coupling the first manifold and the second manifold, the plurality of heat exchange tube segments including a bend defining a first slab and a second slab of the heat exchange tube segments, the first slab being arranged at an angle to the second slab, each of the plurality of heat exchange tube segments including at least a first heat exchange tube and a second heat exchange tube at least partially connected by a web extending there between, the first heat exchange tube and the second heat exchange tube being asymmetrical such that a cross-sectional flow area of the first heat exchange tube is different than a cross-sectional flow area of the second heat exchange tube;
A propulsion system for an aircraft comprising: a gas turbine engine ; and an electric propulsion engine defining a central axis, the electric propulsion engine comprising: an electric motor ; a fan rotatable about the central axis of the electric propulsion engine by the electric motor; a bearing supporting rotation of the fan; the propulsion system being characterized in that the electric propulsion engine further comprises a thermal management system , the thermal management system comprising a heat exchanger and a thermal fluid circulation assembly, the thermal fluid circulation assembly in thermal communication with at least one of the electric motor or the bearing and further in thermal communication with the heat exchanger of the thermal management system of the gas turbine engine. a gas turbine engine ; and an electric propulsion engine defining a central axis, the electric propulsion engine comprising: an electric motor ; a fan rotatable about the central axis of the electric propulsion engine by the electric motor; a bearing supporting rotation of the fan; the propulsion system being characterized in that the electric propulsion engine further comprises a thermal management system , the thermal management system comprising a heat exchanger and a thermal fluid circulation assembly, the thermal fluid circulation assembly in thermal communication with at least one of the electric motor or the bearing and further in thermal communication with the heat exchanger of the thermal management system of the gas turbine engine. an electric motor ; a fan rotatable about the central axis of the electric propulsion engine by the electric motor; a bearing supporting rotation of the fan; the propulsion system being characterized in that the electric propulsion engine further comprises a thermal management system , the thermal management system comprising a heat exchanger and a thermal fluid circulation assembly, the thermal fluid circulation assembly in thermal communication with at least one of the electric motor or the bearing and further in thermal communication with the heat exchanger of the thermal management system of the gas turbine engine.
A DPF protection method, comprising: S10: acquiring a switch control signal of an engine controller; S11: determining whether the engine controller needs to be powered off or not according to the switch control signal; S12: if yes, acquiring a temperature of DPF; S13: determining whether the temperature is lower than a preset temperature being a protection temperature of the DPF; S14: if yes, sending the switch control signal to the engine controller to stop the engine controller. S10: acquiring a switch control signal of an engine controller; S11: determining whether the engine controller needs to be powered off or not according to the switch control signal; S12: if yes, acquiring a temperature of DPF; S13: determining whether the temperature is lower than a preset temperature being a protection temperature of the DPF; S14: if yes, sending the switch control signal to the engine controller to stop the engine controller.
An orientation and feeding system for feeding cigarettes and providing longitudinal orientation to cigarettes for a tobacco recovery device, the system comprising a belt conveyor , a feeder for feeding cigarettes onto the belt conveyor , at least one transport channel for receiving, orienting and transporting cigarettes, wherein the transport channel comprises side walls located above the belt conveyor in the direction of movement of the belt conveyor and a bottom constituted by a belt surface of the belt conveyor wherein the system comprises further a chute arranged between the feeder and the transport channel , wherein the chute comprises at least one chute channel for feeding the cigarettes to the transport channel , characterized in that the width of the transport channel decreases towards the bottom, the feeder is a vibration feeder .
A genetically modified Chinese hamster ovary (CHO) cell line comprising: a mutation of an endogenous gene encoding a calcium-dependent serine (C1s) protease, wherein the mutation significantly decreases calcium-dependent serine protease activity of the C1s protease; and a heterologous nucleic acid comprising a nucleotide sequence encoding a HIV-1 Clade B gp120 polypeptide, wherein the HIV-1 Clade B gp120 polypeptide comprises a cleavage site for the C1s protease. a mutation of an endogenous gene encoding a calcium-dependent serine (C1s) protease, wherein the mutation significantly decreases calcium-dependent serine protease activity of the C1s protease; and a heterologous nucleic acid comprising a nucleotide sequence encoding a HIV-1 Clade B gp120 polypeptide, wherein the HIV-1 Clade B gp120 polypeptide comprises a cleavage site for the C1s protease.
A method for controlling the cooling of a moving metal strip in a cooling section of a continuous processing line which sprays onto the strip a liquid or a mixture consisting of a gas and a liquid, the cooling being dependent on cooling parameters including the temperature, speed, characteristics of the stream of cooling liquid, the cooling being done by spraying along the length of the strip, the spraying divided into zones, the method comprising: • a zone or zones are determined in which the cooling parameters are such that the local disappearance of a vapour film on the surface of the hot strip could or does occur, causing the strip to redampen, • and adjusting, as a cooling parameter in the zone(s) thus determined, at least the temperature of the cooling liquid which temperature is increased in the zone where rewetting could occur, where it does occur, in order to maintain, or return to, a vapor film cooling at the surface of the web, resulting from the calefaction phenomenon at the cooling liquid in contact with the hot strip • wherein the temperature of the cooling liquid is adjusted over the width of the strip so that it remains in a vapor film as long as possible, • controlling the cooling parameters in a plurality of spray zones such that a vapor film is maintained at the surface of the hot strip, • in which a plurality of units (DIa, DIe) for spraying the cooling fluid are distributed over the width of the strip, and in which the temperature and flow rate of the cooling fluid are adjusted over the width of the strip for each spray unit. • a zone or zones are determined in which the cooling parameters are such that the local disappearance of a vapour film on the surface of the hot strip could or does occur, causing the strip to redampen, • and adjusting, as a cooling parameter in the zone(s) thus determined, at least the temperature of the cooling liquid which temperature is increased in the zone where rewetting could occur, where it does occur, in order to maintain, or return to, a vapor film cooling at the surface of the web, resulting from the calefaction phenomenon at the cooling liquid in contact with the hot strip • wherein the temperature of the cooling liquid is adjusted over the width of the strip so that it remains in a vapor film as long as possible, • controlling the cooling parameters in a plurality of spray zones such that a vapor film is maintained at the surface of the hot strip, • in which a plurality of units (DIa, DIe) for spraying the cooling fluid are distributed over the width of the strip, and in which the temperature and flow rate of the cooling fluid are adjusted over the width of the strip for each spray unit.
A stereo camera comprising: a first mirror that has a first reflective surface which is a curved surface convex in a first direction, has a first vertex, and has a first fan shape; a second mirror that has a second reflective surface convex in a second direction opposite to the first direction, has a second vertex facing the first vertex, and has a second fan shape; an imaging optical system that forms an image of first light (R1) emitted from a subject, reflected on the first reflective surface, and then further reflected on the second reflective surface, and second light (R2) emitted from the subject and reflected on the second reflective surface; and an image sensor that receives the first light (R1) and the second light (R2) via the imaging optical system , wherein the second mirror includes an inner mirror and an outer mirror located on an outer peripheral side of the inner mirror , the first mirror is a hyperboloid mirror, the inner mirror is a hyperboloid mirror, the outer mirror is a hyperboloid mirror, the outer mirror has a conic constant different from a conic constant of the inner mirror , the image sensor is disposed at a position where a center position of the image sensor is shifted from an optical axis of the imaging optical system , and the image sensor and the imaging optical system are disposed such that a center line of a fan-shaped image projected on a light-receiving surface (Pi) of the image sensor is non-parallel to a short side of the light-receiving surface (Pi) of the image sensor . a first mirror that has a first reflective surface which is a curved surface convex in a first direction, has a first vertex, and has a first fan shape; a second mirror that has a second reflective surface convex in a second direction opposite to the first direction, has a second vertex facing the first vertex, and has a second fan shape; an imaging optical system that forms an image of first light (R1) emitted from a subject, reflected on the first reflective surface, and then further reflected on the second reflective surface, and second light (R2) emitted from the subject and reflected on the second reflective surface; and an image sensor that receives the first light (R1) and the second light (R2) via the imaging optical system , wherein the second mirror includes an inner mirror and an outer mirror located on an outer peripheral side of the inner mirror , the first mirror is a hyperboloid mirror, the inner mirror is a hyperboloid mirror, the outer mirror is a hyperboloid mirror, the outer mirror has a conic constant different from a conic constant of the inner mirror , the image sensor is disposed at a position where a center position of the image sensor is shifted from an optical axis of the imaging optical system , and the image sensor and the imaging optical system are disposed such that a center line of a fan-shaped image projected on a light-receiving surface (Pi) of the image sensor is non-parallel to a short side of the light-receiving surface (Pi) of the image sensor .
A compressor comprising: an electric motor for driving a rotating shaft ; and a shield for controlling the cooling within the hermetically cooled motor ,the shield comprising: an insulator surface comprising a first side and a second side , the insulator surface configured to restrict the flow of a working fluid; the compressor comprising a magnetic bearing disposed adjacent to the electric motor , and the shield is disposed between the electric motor and the magnetic bearing ; characterised in that the shield comprises at least one fastener aperture disposed in the insulator surface ; and at least one venting aperture disposed in the insulator surface , the at least one venting aperture configured to control a pressure differential between the first side and the second side . an electric motor for driving a rotating shaft ; and a shield for controlling the cooling within the hermetically cooled motor ,the shield comprising: an insulator surface comprising a first side and a second side , the insulator surface configured to restrict the flow of a working fluid; the compressor comprising a magnetic bearing disposed adjacent to the electric motor , and the shield is disposed between the electric motor and the magnetic bearing ; characterised in that the shield comprises at least one fastener aperture disposed in the insulator surface ; and at least one venting aperture disposed in the insulator surface , the at least one venting aperture configured to control a pressure differential between the first side and the second side . an insulator surface comprising a first side and a second side , the insulator surface configured to restrict the flow of a working fluid; the compressor comprising a magnetic bearing disposed adjacent to the electric motor , and the shield is disposed between the electric motor and the magnetic bearing ; characterised in that the shield comprises at least one fastener aperture disposed in the insulator surface ; and at least one venting aperture disposed in the insulator surface , the at least one venting aperture configured to control a pressure differential between the first side and the second side . at least one fastener aperture disposed in the insulator surface ; and at least one venting aperture disposed in the insulator surface , the at least one venting aperture configured to control a pressure differential between the first side and the second side .
A method of making a magnetic silica nanomembrane comprising: (a) depositing onto a polymer core having an original size, at least one layer of silicon dioxide; (b) depositing onto the polymer core at least one magnetic component; and (c) heating the polymer core at a sufficient temperature and time to allow the polymer core to shrink; wherein in step (a) a range of 2 nm to 500 nm of silicon dioxide is deposited onto a 5 μm to 500 μm thick polymer core. (a) depositing onto a polymer core having an original size, at least one layer of silicon dioxide; (b) depositing onto the polymer core at least one magnetic component; and (c) heating the polymer core at a sufficient temperature and time to allow the polymer core to shrink;
A method of implementing protection lockout functionality in a Substation Automation SA system for a substation of a power system with a first protection zone delimited by a plurality of first circuit breakers (2.1, 2.3, 2.5, 2.6), comprising - generating, for each of the first circuit breakers, a lockout function block configured by a zone ID (II) indicative of the first protection zone, - broadcasting, by an SA protection function being a Breaker Failure BF protection of a second circuit breaker (2.3) of the substation, a trip message (TR) including the zone IDs (II, III) of the first and a second protection zone delimited by the second circuit breaker (2.3), and - opening, upon reception of the trip message, the first circuit breakers and locking the first circuit breakers for re-close. - generating, for each of the first circuit breakers, a lockout function block configured by a zone ID (II) indicative of the first protection zone, - broadcasting, by an SA protection function being a Breaker Failure BF protection of a second circuit breaker (2.3) of the substation, a trip message (TR) including the zone IDs (II, III) of the first and a second protection zone delimited by the second circuit breaker (2.3), and - opening, upon reception of the trip message, the first circuit breakers and locking the first circuit breakers for re-close.
A method performed by an encryption node for provisioning storage in a system, wherein the encryption node is associated with an application node and the application node is configured to run at least part of one or more applications, the method comprising: in response to an unencrypted storage volume becoming available to the encryption node from a storage provisioning node of the system, generating an encrypted storage volume from the unencrypted storage volume and initiating provisioning of the encrypted storage volume to make the encrypted storage volume available at a compute node of the system for use by the application node .
A glass type mobile terminal comprising: a band frame wearable on a user' s head; a light transmissive lens coupled to the band frame to be located in front the user wearing the band frame, the light transmissive lens comprising a transparent screen where an image is focused; a projector for outputting an image toward the transparent screen from a lateral surface of the light transmissive lens; a photo shutter coupled to a front surface of the light transmissive lens, with a controllable transparency; a touch sensor configured to sense touch inputs; and a controller for controlling the transparency of the photo shutter, characterized in that the photo shutter comprises, a first transparent glass having a first transparent electrode layer formed on a first surface; a second transparent glass having a second transparent electrode layer formed on a second surface such that the second transparent electrode layer is spaced apart from the first transparent electrode layer; a liquid crystal layer formed by liquid crystals between the first and second transparent glass; a first polarizing plate coupled to the first transparent glass and configured to arrange light in a first direction; and a second polarizing plate coupled to the second transparent glass and configured to arrange light in a second direction vertical to the first direction, wherein at least the first transparent electrode layer or the second transparent electrode layer is used as a transparent electrode of both the photo shutter and touch sensor at the same time. a band frame wearable on a user' s head; a light transmissive lens coupled to the band frame to be located in front the user wearing the band frame, the light transmissive lens comprising a transparent screen where an image is focused; a projector for outputting an image toward the transparent screen from a lateral surface of the light transmissive lens; a photo shutter coupled to a front surface of the light transmissive lens, with a controllable transparency; a touch sensor configured to sense touch inputs; and a controller for controlling the transparency of the photo shutter,