mhurhangee/ep-ind-claims huggingface dataset:
A duct section of a combustor section including an axially staged combustion system, the duct section comprising: an axially oriented primary fuel nozzle; a primary combustion zone defined within a first duct downstream from the primary fuel nozzle; a conical duct disposed downstream from the primary combustion zone, the conical duct receiving an aft end of the cylindrical duct; an integrated exit piece disposed downstream from the conical duct, wherein the first duct, the conical duct, and the integrated exit piece at least partially form a hot gas path of the duct section; a plurality of fuel injectors (502, 504, 506) oriented radially inwardly with respect to an axial centerline of the duct section and disposed downstream from the primary combustion zone, wherein each fuel injector (502, 504, 506) of the plurality of fuel injectors (502, 504, 506) provides for injection of a secondary fuel-air mixture into the hot gas path, wherein one or more fuel injectors (502, 504) of the plurality of fuel injectors (502, 504, 506) is distributed along at least one of the conical duct and the integrated exit piece, characterized in that the first duct is a cylindrical duct and at least one fuel injector of the plurality of fuel injectors is disposed along the cylindrical duct. an axially oriented primary fuel nozzle; a primary combustion zone defined within a first duct downstream from the primary fuel nozzle; a conical duct disposed downstream from the primary combustion zone, the conical duct receiving an aft end of the cylindrical duct; an integrated exit piece disposed downstream from the conical duct, wherein the first duct, the conical duct, and the integrated exit piece at least partially form a hot gas path of the duct section; a plurality of fuel injectors (502, 504, 506) oriented radially inwardly with respect to an axial centerline of the duct section and disposed downstream from the primary combustion zone, wherein each fuel injector (502, 504, 506) of the plurality of fuel injectors (502, 504, 506) provides for injection of a secondary fuel-air mixture into the hot gas path, wherein one or more fuel injectors (502, 504) of the plurality of fuel injectors (502, 504, 506) is distributed along at least one of the conical duct and the integrated exit piece, characterized in that the first duct is a cylindrical duct and at least one fuel injector of the plurality of fuel injectors is disposed along the cylindrical duct.
A rolling bearing unit comprising: a rolling bearing having an inner ring arranged on a rotary shaft, an outer ring arranged on an inner peripheral face of a housing, a plurality of rolling elements rollably arranged in an annular space between the inner ring and the outer ring, and a cage that holds the rolling elements; and a cage guide member that is formed integrally with the outer ring or formed as a member different from the outer ring, that is fixed to the housing, and that has a guide face that guides an inner peripheral face of the cage while supplying grease, wherein the cage guide member has a guide projection projected into the annular space and having an outer peripheral face a part of which serves as the guide face, and a grease supply portion having a grease reservoir portion in which the grease is reserved, and a supply port through which the grease is supplied from the grease reservoir portion to the guide face and which is formed on the outer peripheral face of the guide projection, at a position closer to a base end portion of the guide projection than the guide face. a rolling bearing having an inner ring arranged on a rotary shaft, an outer ring arranged on an inner peripheral face of a housing, a plurality of rolling elements rollably arranged in an annular space between the inner ring and the outer ring, and a cage that holds the rolling elements; and a cage guide member that is formed integrally with the outer ring or formed as a member different from the outer ring, that is fixed to the housing, and that has a guide face that guides an inner peripheral face of the cage while supplying grease, wherein the cage guide member has a guide projection projected into the annular space and having an outer peripheral face a part of which serves as the guide face, and a grease supply portion having a grease reservoir portion in which the grease is reserved, and a supply port through which the grease is supplied from the grease reservoir portion to the guide face and which is formed on the outer peripheral face of the guide projection, at a position closer to a base end portion of the guide projection than the guide face.
A method for resource allocation for half duplex frequency division duplexing in a wireless communication system, the method comprising: wirelessly receiving, by a wireless terminal (1010, 1030), a downlink grant on a downlink control channel in a first subframe; determining, by the wireless terminal (1010, 1030), a second subframe following the first subframe, in which to monitor for a downlink message corresponding to the downlink grant, wherein the second subframe occurs a variable number of subframes after the first subframe and wherein the variable number is determined based on a predetermined rule set and a current schedule of transmission and reception operations of the wireless terminal (1010, 1030) and wherein the predetermined rule set indicates that the variable number is equal to a smallest integer n, of at least a predetermined minimum value, such that an n th subframe contiguously following the first subframe is available for use for monitoring for the downlink message, based on the current schedule; wherein an unavailable subframe is marked as unavailable if the unavailable subframe coincides with switching between transmission and reception modes or if the unavailable subframe is required for transmission purposes by the wireless terminal (1010, 1030) or if the unavailable subframe is scheduled for receiving a different downlink transmission; and monitoring, by the wireless terminal (1010, 1030), for a downlink message on a downlink shared channel during the second subframe. wirelessly receiving, by a wireless terminal (1010, 1030), a downlink grant on a downlink control channel in a first subframe; determining, by the wireless terminal (1010, 1030), a second subframe following the first subframe, in which to monitor for a downlink message corresponding to the downlink grant, wherein the second subframe occurs a variable number of subframes after the first subframe and wherein the variable number is determined based on a predetermined rule set and a current schedule of transmission and reception operations of the wireless terminal (1010, 1030) and wherein the predetermined rule set indicates that the variable number is equal to a smallest integer n, of at least a predetermined minimum value, such that an n th subframe contiguously following the first subframe is available for use for monitoring for the downlink message, based on the current schedule; wherein an unavailable subframe is marked as unavailable if the unavailable subframe coincides with switching between transmission and reception modes or if the unavailable subframe is required for transmission purposes by the wireless terminal (1010, 1030) or if the unavailable subframe is scheduled for receiving a different downlink transmission; and monitoring, by the wireless terminal (1010, 1030), for a downlink message on a downlink shared channel during the second subframe.
A method of repairing a sandwich component having a core element that is arranged between a first cover plate and a second cover plate, the method comprising at least the steps of: - Creating a repair opening in the first cover plate, the repair opening having an associated opening diameter, - Creating a repair cavity in the core element in prolongation to the repair opening, the repair cavity having a cavity diameter that is greater than the associated opening diameter for providing lateral under-cut areas that are covered by the first cover plate, - Introducing a dowel sleeve that is provided with a plurality of peripheral openings through the repair opening into the repair cavity, the dowel sleeve having an outer diameter that equals at least approximately the associated opening diameter, such that an outer form-fit and/or press-fit connection is created between the dowel sleeve and the first cover plate, - Introducing an insert into the dowel sleeve, such that an inner form-fit and/or press-fit connection is created between the insert and the dowel sleeve, and - Introducing a fluid adhesive into the dowel sleeve and the repair cavity, such that the lateral under-cut areas and the plurality of peripheral openings are filled with the fluid adhesive. - Creating a repair opening in the first cover plate, the repair opening having an associated opening diameter, - Creating a repair cavity in the core element in prolongation to the repair opening, the repair cavity having a cavity diameter that is greater than the associated opening diameter for providing lateral under-cut areas that are covered by the first cover plate, - Introducing a dowel sleeve that is provided with a plurality of peripheral openings through the repair opening into the repair cavity, the dowel sleeve having an outer diameter that equals at least approximately the associated opening diameter, such that an outer form-fit and/or press-fit connection is created between the dowel sleeve and the first cover plate, - Introducing an insert into the dowel sleeve, such that an inner form-fit and/or press-fit connection is created between the insert and the dowel sleeve, and - Introducing a fluid adhesive into the dowel sleeve and the repair cavity, such that the lateral under-cut areas and the plurality of peripheral openings are filled with the fluid adhesive.
Automatic lubricating device located on a device which is to be lubricated, e. g. a machining device, with a pump element for transporting lubricant, e. g. grease, from a storage reservoir to at least one lubricating point on the device which requires lubricant, and with means to generate a pump stroke of the pump element, whereby an element of the device which is moveable during operation, such as an arm, a lever, a cam or an eccentric, interacts with the delivery piston of the pump element, characterized by a button which can be operated by the moveable element of the device and which has an axially movable plunger connected to the delivery piston of the pump element by means of a Bowden wire, wherein the delivery piston is pre-loaded in the direction of its compression position using spring force and the plunger of the button is functionally pre-loaded in the opposite direction from the delivery piston using spring force and wherein the spring force acting on the plunger is stronger than the spring force acting on the delivery piston.
A connector assembly (42, 142, 144a, 144b), comprising: a housing having a first end including at least one mechanical interface thereon configured to selectively engage a corresponding mechanical interface on an electrosurgical generator and a second end configured to selectively engage an end of an electrosurgical cable (36, 136) to couple treatment energy from the electrosurgical generator to an electrosurgical instrument; and a plurality of conductive splines extending along an interior of the housing and configured for electrical communication with a corresponding plurality of electrical conductors (38, 40) of the electrosurgical cable, wherein the plurality of splines includes at least two splines that extend along an inner peripheral wall within the housing in a double helical arrangement. a housing having a first end including at least one mechanical interface thereon configured to selectively engage a corresponding mechanical interface on an electrosurgical generator and a second end configured to selectively engage an end of an electrosurgical cable (36, 136) to couple treatment energy from the electrosurgical generator to an electrosurgical instrument; and a plurality of conductive splines extending along an interior of the housing and configured for electrical communication with a corresponding plurality of electrical conductors (38, 40) of the electrosurgical cable, wherein the plurality of splines includes at least two splines that extend along an inner peripheral wall within the housing in a double helical arrangement.
A method for managing an operation mode of a first user equipment, UE, in device-to-device communication, wherein the device-to-device communication comprises vehicle-to-everything, V2X, communication, comprising: transmitting, by the first UE, a request message to a base station to indicate the first UE is switching from a base station scheduling mode to a peer UE scheduling mode; receiving, by the first UE, an acknowledgment message from the base station indicating a mode change, wherein the acknowledgement message includes a resume identifier for resuming the base station scheduling mode; and maintaining a connection mode with the base station while in the peer UE scheduling mode. transmitting, by the first UE, a request message to a base station to indicate the first UE is switching from a base station scheduling mode to a peer UE scheduling mode; receiving, by the first UE, an acknowledgment message from the base station indicating a mode change, wherein the acknowledgement message includes a resume identifier for resuming the base station scheduling mode; and maintaining a connection mode with the base station while in the peer UE scheduling mode.
A battery, comprising: a housing, wherein the housing is a cellular structure and comprises a plurality of chambers, and the chambers are prism-shaped; and a plurality of electrode assemblies, wherein the plurality of electrode assemblies are disposed in the plurality of chambers, and at least one electrode assembly is disposed in each chamber; wherein the battery further comprises: an end cap assembly, wherein the end cap assembly is connected to the housing, and the end cap assembly is configured to seal openings that are of the plurality of chambers and that are located at a same end; wherein the end cap assembly comprises a cover plate, a plurality of bulges are disposed on a side of the cover plate toward the housing, the plurality of bulges are inserted into the plurality of chambers in one-to-one correspondence, and a peripheral face of each bulge is in abutment with an inner wall of the chamber in which the bulge is inserted. a housing, wherein the housing is a cellular structure and comprises a plurality of chambers, and the chambers are prism-shaped; and a plurality of electrode assemblies, wherein the plurality of electrode assemblies are disposed in the plurality of chambers, and at least one electrode assembly is disposed in each chamber; wherein the battery further comprises: an end cap assembly, wherein the end cap assembly is connected to the housing, and the end cap assembly is configured to seal openings that are of the plurality of chambers and that are located at a same end; wherein the end cap assembly comprises a cover plate, a plurality of bulges are disposed on a side of the cover plate toward the housing, the plurality of bulges are inserted into the plurality of chambers in one-to-one correspondence, and a peripheral face of each bulge is in abutment with an inner wall of the chamber in which the bulge is inserted. an end cap assembly, wherein the end cap assembly is connected to the housing, and the end cap assembly is configured to seal openings that are of the plurality of chambers and that are located at a same end; wherein the end cap assembly comprises a cover plate, a plurality of bulges are disposed on a side of the cover plate toward the housing, the plurality of bulges are inserted into the plurality of chambers in one-to-one correspondence, and a peripheral face of each bulge is in abutment with an inner wall of the chamber in which the bulge is inserted.
A communication method, wherein the method comprises: generating, by an access point, AP, a first frame, wherein the first frame comprises P station information fields, each of the P station information fields corresponds to one resource unit, RU allocated to a first station, STA, P is a positive integer greater than 1, each station information field further comprises end indication information, and the end indication information is used to indicate whether the station information field is the last station information field in the P station information fields; and sending, by the AP, the first frame to the first STA. generating, by an access point, AP, a first frame, wherein the first frame comprises P station information fields, each of the P station information fields corresponds to one resource unit, RU allocated to a first station, STA, P is a positive integer greater than 1, each station information field further comprises end indication information, and the end indication information is used to indicate whether the station information field is the last station information field in the P station information fields; and sending, by the AP, the first frame to the first STA.
A method of preparing a cDNA library from a plurality of single cells, the method comprising the steps of: (i) releasing mRNA from each single cell to provide a plurality of individual mRNA samples, wherein the mRNA in each individual mRNA sample is from a single cell; (ii) synthesizing a first strand of cDNA from the mRNA in each individual mRNA sample with a first strand cDNA synthesis primer comprising a 5' amplification primer sequence and an RNA complementary sequence that is at least partially complementary to one or more mRNA in an individual mRNA sample, wherein the RCS comprises oligo(dT), random hexamers, or a non-self-complementary semi-random sequence, and incorporating a tag into the cDNA to provide a plurality of tagged cDNA samples, wherein the cDNA in each tagged cDNA sample is complementary to mRNA from a single cell; and wherein the incorporated tag is a distinct tag or a distinct combination of tags, whereby each cDNA sample has a distinct tag or combination of tags; (iii) pooling the tagged cDNA samples; and (iv) amplifying the pooled cDNA samples to generate a cDNA library comprising doublestranded cDNA. (i) releasing mRNA from each single cell to provide a plurality of individual mRNA samples, wherein the mRNA in each individual mRNA sample is from a single cell; (ii) synthesizing a first strand of cDNA from the mRNA in each individual mRNA sample with a first strand cDNA synthesis primer comprising a 5' amplification primer sequence and an RNA complementary sequence that is at least partially complementary to one or more mRNA in an individual mRNA sample, wherein the RCS comprises oligo(dT), random hexamers, or a non-self-complementary semi-random sequence, and incorporating a tag into the cDNA to provide a plurality of tagged cDNA samples, wherein the cDNA in each tagged cDNA sample is complementary to mRNA from a single cell; and wherein the incorporated tag is a distinct tag or a distinct combination of tags, whereby each cDNA sample has a distinct tag or combination of tags; (iii) pooling the tagged cDNA samples; and (iv) amplifying the pooled cDNA samples to generate a cDNA library comprising doublestranded cDNA.
Window comprising a device for the regulation of light transmission, comprising a liquid crystalline medium exhibiting a converse flexoelectric effect, which is sandwiched between two substrates, wherein at least one substrate is provided with an electrode structure.
A system for deicing a wind turbine blade, characterized in that the system comprises: an active plasma actuator applied to a desired portion of the wind turbine blade; an electrical power supply configured to energize the plasma actuator; and a waveform controller, wherein the electrical power supply and the waveform controller together are configured to control a voltage shape, amplitude, duty cycle and frequency applied to the active plasma actuator, wherein the plasma actuator is configured such that the surface temperature of the wind turbine blade in the vicinity of the plasma actuator is increased in response to adjusting the operation frequency of the plasma actuator, by ionizing the air (22, 26) in the vicinity of the plasma actuator, the surface temperature being increased sufficiently to reduce or eliminate the collection of ice on the desired portion of the wind turbine blade. an active plasma actuator applied to a desired portion of the wind turbine blade; an electrical power supply configured to energize the plasma actuator; and a waveform controller, wherein the electrical power supply and the waveform controller together are configured to control a voltage shape, amplitude, duty cycle and frequency applied to the active plasma actuator, wherein the plasma actuator is configured such that the surface temperature of the wind turbine blade in the vicinity of the plasma actuator is increased in response to adjusting the operation frequency of the plasma actuator, by ionizing the air (22, 26) in the vicinity of the plasma actuator, the surface temperature being increased sufficiently to reduce or eliminate the collection of ice on the desired portion of the wind turbine blade.
Pharmaceutical composition comprising cis-4-hydroxy-L-proline for use as a medicament in the treatment of dementia, wherein the dementia is caused by and/or associated with neurodegenerative and/or neuromuscular disease, Parkinson's disease, Lewy body disease, Pick's disease, Huntington's disease, Creuzfeld-Jakob disease, a brain tumor, hypothyroidism, head trauma, multiple sclerosis, prolonged abuse of alcohol or other drugs, hydrocephalus, AIDS, vitamin deficiency such as thiamine, niacin, or B12, fibrotic processes, genetic defects or hypercalcemia.
A process for preparing dialkylphosphinate, comprising the following steps: firstly adding 0-99% of the total weight of phosphinic acid and/or salts thereof, and a solvent into a reaction kettle; in the reaction kettle in the presence of alkene and initiator, continuously adding 1-100% of the total weight of the phosphinic acid and/or salts thereof into the reaction system, during the addition, when the total mole fractions of monoalkyl phosphinic acids and/or salts thereof in their declining curves account for 10% or less of the total moles of phosphorus in the reaction system, stopping adding additional phosphinic acid and/or salts thereof, thereby obtaining dialkylphosphinic acids and/or salts thereof. firstly adding 0-99% of the total weight of phosphinic acid and/or salts thereof, and a solvent into a reaction kettle; in the reaction kettle in the presence of alkene and initiator, continuously adding 1-100% of the total weight of the phosphinic acid and/or salts thereof into the reaction system, during the addition, when the total mole fractions of monoalkyl phosphinic acids and/or salts thereof in their declining curves account for 10% or less of the total moles of phosphorus in the reaction system, stopping adding additional phosphinic acid and/or salts thereof, thereby obtaining dialkylphosphinic acids and/or salts thereof.