mhurhangee/patent-ind-claim-en huggingface dataset:
Method for the reception of a data stream, via a packet transport network, comprising: - reception by a receiver of a data stream; - reception by said receiver of at least one error correction stream associated with said data stream; - reception by said receiver of a signal representative of a selection of one of at least the following modes: a self-determination mode, or a forced mode, or a non-error correction use mode; - if said mode is said self-determination mode, said receiver self determines to use said at least one error correction stream according to at least one criterion, or, if said mode is said forced mode, said receiver forcibly uses said at least one error correction stream, or, if said mode is said non-error correction use mode, said receiver does not use said at least one error correction stream. - reception by a receiver of a data stream; - reception by said receiver of at least one error correction stream associated with said data stream; - reception by said receiver of a signal representative of a selection of one of at least the following modes: a self-determination mode, or a forced mode, or a non-error correction use mode; - if said mode is said self-determination mode, said receiver self determines to use said at least one error correction stream according to at least one criterion, or, if said mode is said forced mode, said receiver forcibly uses said at least one error correction stream, or, if said mode is said non-error correction use mode, said receiver does not use said at least one error correction stream.
A turbine shroud comprising a plurality of blade track segments arranged circumferentially adjacent to one another about an axis to form a ring around the axis , wherein each blade track segment includes a runner that forms a primary track surface facing the axis and spaced a first radial distance (D) from the axis , wherein at least one of the plurality of blade track segments includes a marker that forms a plurality of rub indication surfaces each spaced a different distance from the axis than the primary track surface , wherein the marker includes a plurality of pedestals that each form one of the rub indication surfaces and each rub indication surface is closer to the axis than the primary track surface , characterised in that the marker includes a plurality of cutouts that each form one of the rub indication surfaces and each rub indication surface is farther from the axis than the primary track surface , and (ii) the plurality of cutouts are arranged axially forward of the plurality of pedestals .
A hybrid-electric powertrain for an aircraft , the hybrid-electric powertrain comprising: a gas turbine propulsion engine including a first propulsor and a gas turbine engine to drive the first propulsor to produce thrust; a generator operably coupled to a drive shaft of the gas turbine engine ; and an electric propulsion unit including a second propulsor and an electric motor to drive the second propulsor to produce thrust, wherein the hybrid-electric powertrain is configured such that, during a first mode of operation, the gas turbine propulsion engine and the electric propulsion unit are activated to produce thrust, and, during the first mode of operation, the generator is driven by the gas turbine engine to produce electrical power to power the electric propulsion unit , and during a second mode of operation, the gas turbine propulsion engine is activated to produce thrust and the electric propulsion unit is deactivated; wherein the gas turbine engine includes an inter-turbine burner ; and wherein the hybrid-electric powertrain is configured such that, during the first mode of operation, the inter-turbine burner is activated to increase power output of the gas turbine engine ; and, during the second mode of operation, the inter-turbine burner is deactivated. a gas turbine propulsion engine including a first propulsor and a gas turbine engine to drive the first propulsor to produce thrust; a generator operably coupled to a drive shaft of the gas turbine engine ; and an electric propulsion unit including a second propulsor and an electric motor to drive the second propulsor to produce thrust, wherein the hybrid-electric powertrain is configured such that, during a first mode of operation, the gas turbine propulsion engine and the electric propulsion unit are activated to produce thrust, and, during the first mode of operation, the generator is driven by the gas turbine engine to produce electrical power to power the electric propulsion unit , and during a second mode of operation, the gas turbine propulsion engine is activated to produce thrust and the electric propulsion unit is deactivated; during a first mode of operation, the gas turbine propulsion engine and the electric propulsion unit are activated to produce thrust, and, during the first mode of operation, the generator is driven by the gas turbine engine to produce electrical power to power the electric propulsion unit , and during a second mode of operation, the gas turbine propulsion engine is activated to produce thrust and the electric propulsion unit is deactivated; wherein the gas turbine engine includes an inter-turbine burner ; and wherein the hybrid-electric powertrain is configured such that, during the first mode of operation, the inter-turbine burner is activated to increase power output of the gas turbine engine ; and, during the second mode of operation, the inter-turbine burner is deactivated.
An oxygenator (200; 500) comprising: a housing (202; 502) having a blood inlet and a blood outlet, the blood inlet extending into an interior of the housing (202; 502); a heat exchanger disposed within the housing (202; 502), the heat exchanger coupled, at an inlet end, to a heat-exchange fluid inlet; a gas exchanger disposed within the housing (202; 502), the gas exchanger comprising a bundle of gas-exchange fibers coupled, at a gas outlet end , to a gas-exchange fluid outlet ; and characterized in that the oxygenator further comprises an insulating chamber (236; 512) configured to receive an insulating fluid to thermally insulate at least the gas outlet end of the bundle of gas-exchange fibers . a housing (202; 502) having a blood inlet and a blood outlet, the blood inlet extending into an interior of the housing (202; 502); a heat exchanger disposed within the housing (202; 502), the heat exchanger coupled, at an inlet end, to a heat-exchange fluid inlet; a gas exchanger disposed within the housing (202; 502), the gas exchanger comprising a bundle of gas-exchange fibers coupled, at a gas outlet end , to a gas-exchange fluid outlet ; and characterized in that the oxygenator further comprises an insulating chamber (236; 512) configured to receive an insulating fluid to thermally insulate at least the gas outlet end of the bundle of gas-exchange fibers .
An integrated circuit comprising means for: computing a first power headroom, PHR,based on a maximum transmit power and a transmit power for a data channel; computing a second PHR based on the maximum transmit power, the transmit power for the data channel, and a transmit power for a control channel; and transmitting one of the first PHR and the second PHR, wherein in case of a TDM transmission mode of the data channel and the control channel, the first PHR is transmitted, and in case of a FDM transmission mode of the data channel and the control channel, the second PHR is transmitted. computing a first power headroom, PHR,based on a maximum transmit power and a transmit power for a data channel; computing a second PHR based on the maximum transmit power, the transmit power for the data channel, and a transmit power for a control channel; and transmitting one of the first PHR and the second PHR, wherein in case of a TDM transmission mode of the data channel and the control channel, the first PHR is transmitted, and in case of a FDM transmission mode of the data channel and the control channel, the second PHR is transmitted.
A radar comprising : a) a transceiver antenna including a plurality of radiating elements distributed over a surface and configured for emission from a given height (h) relative to a given surface and at a given incidence angle (α) and receiving an electromagnetic wave, b) an antenna gain control unit configured for feedback controlling, through an adjustment loop, the antenna gain in transmission and/or reception by turning on or off radiating elements of the plurality of radiating elements, in order to keep the reception level of the electromagnetic waves below a determined threshold below the saturation zone of the radar, the gain control unit in addition being configured, in said adjustment loop, for performing at least one of the following operations: - determining the deviation between the current level of the received electromagnetic wave and a reference level, in order to determine the gain adjustment as a function of said deviation and to command the turning off or on of radiating elements in transmission and/or reception based on said determined gain adjustment; - determining at least one set of value(s) comprising at least one value among said given height (h) and said given incidence angle (α), in order to determine the gain adjustment based on each value of said determined set of value(s) and to command the turning off or on of radiating elements in transmission and/or reception based on said determined gain adjustment.. a) a transceiver antenna including a plurality of radiating elements distributed over a surface and configured for emission from a given height (h) relative to a given surface and at a given incidence angle (α) and receiving an electromagnetic wave, b) an antenna gain control unit configured for feedback controlling, through an adjustment loop, the antenna gain in transmission and/or reception by turning on or off radiating elements of the plurality of radiating elements, in order to keep the reception level of the electromagnetic waves below a determined threshold below the saturation zone of the radar, - determining the deviation between the current level of the received electromagnetic wave and a reference level, in order to determine the gain adjustment as a function of said deviation and to command the turning off or on of radiating elements in transmission and/or reception based on said determined gain adjustment; - determining at least one set of value(s) comprising at least one value among said given height (h) and said given incidence angle (α), in order to determine the gain adjustment based on each value of said determined set of value(s) and to command the turning off or on of radiating elements in transmission and/or reception based on said determined gain adjustment..
Method for the thermal treatment of at least one electrode film (111a; 111b) on a metallic current collector , characterized by the following steps a. the current collector is inductively heated by means of at least one induction device, and b. solvent and/or suspension medium emerging from the electrode film is condensed by means of at least one condensation device, wherein c. a coil of the at least one induction device serves as condensation device. a. the current collector is inductively heated by means of at least one induction device, and b. solvent and/or suspension medium emerging from the electrode film is condensed by means of at least one condensation device, c. a coil of the at least one induction device serves as condensation device.
An ophthalmic composition comprising, in an ophthalmically acceptable medium: a solid complex comprising dexamethasone and γ-cyclodextrin, wherein the composition comprises either (i) less than 1%, in particular less than 0.8%, by weight of any product that was not voluntarily introduced in the composition of the disclosure but was generated in situ during manufacturing of the composition, based on the weight of the dexamethasone, or, (ii) less than 0.5%, in particular less than 0.3%, more particularly less than 0.2% by weight of dexamethasone enol aldehyde based on the weight of the dexamethasone. a solid complex comprising dexamethasone and γ-cyclodextrin, wherein the composition comprises either (i) less than 1%, in particular less than 0.8%, by weight of any product that was not voluntarily introduced in the composition of the disclosure but was generated in situ during manufacturing of the composition, based on the weight of the dexamethasone, or, (ii) less than 0.5%, in particular less than 0.3%, more particularly less than 0.2% by weight of dexamethasone enol aldehyde based on the weight of the dexamethasone. (i) less than 1%, in particular less than 0.8%, by weight of any product that was not voluntarily introduced in the composition of the disclosure but was generated in situ during manufacturing of the composition, based on the weight of the dexamethasone, or, (ii) less than 0.5%, in particular less than 0.3%, more particularly less than 0.2% by weight of dexamethasone enol aldehyde based on the weight of the dexamethasone.
A hard metal insert intended to be comprised within a drill bit for percussion drilling, which Insert comprises a cap , which constitutes a wear part comprising a wear surface and a cylindrical part , which constitutes a mount with a cross-sectional area (A) and a diameter (D), characterised in that the cap comprises a front part with an extension (H) along the axis of symmetry (x) of the insert from a first point (a) on the wear surface of the cap to a second point (b) in the cap, that the front part constitutes a volume (Vf) between a first plane (I), which intersects at right angle to the axis of symmetry (x) at the first point (a) and a second plane (II), which intersects at right angle to the axis of symmetry (x) at the second point (b), which volume (Vf) is greater than or equal to 0.6 times the circular cross-sectional area (Af) of the front part in the second plane times the distance (H) along the axis of symmetry (x) between the first point (a) and the second point (b), and in that the diameter (Df) of the front part in the second plane is greater than or equal to 0.5 times the diameter (D) of the mount and less than or equal to 0.6 times the diameter (D) of the mount, whereby the wear surface comprises a first spherical part and a second spherical part .
A furniture member powered mechanism providing both lift and zero gravity operating positions in combination with a furniture member comprising a base member and first and second arm rest portions , wherein the furniture member powered mechanism comprises: a first torque tube ; first and second connecting links fixed to the first torque tube , the first connecting link rotatably connected to a first connecting arm and the second connecting link rotatably connected to a second connecting arm ; a gear housing having the first and second connecting arms rotatably connected to the gear housing ; a positioning motor connected to the gear housing , operation of the positioning motor slidably displacing a slide member slidably coupled to the gear housing , sliding motion of the slide member acting to displace the first and second connecting arms thereby displacing and rotating the first torque tube ; first and second connecting plates rotatably connected to the slide member ; and a second torque tube fixed at opposite ends to each of first and second arm rest portions of the base member of the furniture member , the first and second connecting plates also connected to the second torque tube such that displacement of the slide member causes rotation of the base member . a first torque tube ; first and second connecting links fixed to the first torque tube , the first connecting link rotatably connected to a first connecting arm and the second connecting link rotatably connected to a second connecting arm ; a gear housing having the first and second connecting arms rotatably connected to the gear housing ; a positioning motor connected to the gear housing , operation of the positioning motor slidably displacing a slide member slidably coupled to the gear housing , sliding motion of the slide member acting to displace the first and second connecting arms thereby displacing and rotating the first torque tube ; first and second connecting plates rotatably connected to the slide member ; and a second torque tube fixed at opposite ends to each of first and second arm rest portions of the base member of the furniture member , the first and second connecting plates also connected to the second torque tube such that displacement of the slide member causes rotation of the base member .
An electrical connector , comprising: a terminal (50A-50F) that includes two terminal pieces ; a fixed housing that is fixed to a machine or a substrate; and a movable housing that is movably supported to the fixed housing by the terminal (50A-50F), wherein each of the terminal pieces is formed of a conductive plate, a connection portion is formed on one end side of each of the terminal pieces in a length direction and connected to a circuit provided in the machine or the substrate, a contact portion is formed on another end side of each of the terminal pieces in the length direction and adapted to come into contact with a terminal of a mating connector , and a spring portion is formed in each of the terminal pieces and connects the connection portion and the contact portion such that the contact portion is movable with respect to the connection portion between the connection portion and the contact portion , characterized in that the two terminal pieces are disposed such that at least parts of the spring portions of the two terminal pieces are overlapped via a gap in a direction perpendicular to a surface of the spring portion . a terminal (50A-50F) that includes two terminal pieces ; a fixed housing that is fixed to a machine or a substrate; and a movable housing that is movably supported to the fixed housing by the terminal (50A-50F), wherein each of the terminal pieces is formed of a conductive plate, a connection portion is formed on one end side of each of the terminal pieces in a length direction and connected to a circuit provided in the machine or the substrate, a contact portion is formed on another end side of each of the terminal pieces in the length direction and adapted to come into contact with a terminal of a mating connector , and a spring portion is formed in each of the terminal pieces and connects the connection portion and the contact portion such that the contact portion is movable with respect to the connection portion between the connection portion and the contact portion , characterized in that the two terminal pieces are disposed such that at least parts of the spring portions of the two terminal pieces are overlapped via a gap in a direction perpendicular to a surface of the spring portion .
A computer-implemented method of dispatching power, comprising: acquiring (S301, S501) a power dispatching question information; determining (S302, S502) a question semantic information corresponding to the power dispatching question information, wherein the question semantic information comprises an identification of a target substation, a question intention, and a target parameter; determining (S503) a plurality of first rules from a preset rule base according to the identification of the target substation, wherein the first rule is a rule to be met by a parameter of the target substation; determining (S504) at least one second rule from the plurality of first rules according to the target parameter, wherein the second rule comprises the target parameter; determining (S505) a target parameter value corresponding to the target parameter and an actual parameter value corresponding to the target parameter according to the question intention, the target parameter, and the at least one second rule; and determining (S506) an answer information according to the target parameter value and the actual parameter value, and outputting the answer information, so that a power dispatching of the target substation is performed using the answer information. acquiring (S301, S501) a power dispatching question information; determining (S302, S502) a question semantic information corresponding to the power dispatching question information, wherein the question semantic information comprises an identification of a target substation, a question intention, and a target parameter; determining (S503) a plurality of first rules from a preset rule base according to the identification of the target substation, wherein the first rule is a rule to be met by a parameter of the target substation; determining (S504) at least one second rule from the plurality of first rules according to the target parameter, wherein the second rule comprises the target parameter; determining (S505) a target parameter value corresponding to the target parameter and an actual parameter value corresponding to the target parameter according to the question intention, the target parameter, and the at least one second rule; and determining (S506) an answer information according to the target parameter value and the actual parameter value, and outputting the answer information, so that a power dispatching of the target substation is performed using the answer information.
A process for the preparation of a graft copolymer comprising a polyolefin main chain and one or multiple polymer side chains, the process comprising the steps of: A) copolymerizing at least one first type of olefin monomer and at least one second type of metal-pacified functionalized olefin monomer using a catalyst system to obtain a polyolefin main chain having one or multiple metal-pacified functionalized short chain branches, the catalyst system comprising: i) a metal catalyst or metal catalyst precursor comprising a metal from Group 3-10 of the IUPAC Periodic Table of elements; and ii) optionally a co-catalyst; B) forming one or multiple polymer side chains on the polyolefin main chain, wherein as catalytic initiators the metal-pacified functionalized short chain branches on the polyolefin main chain obtained in step A) are used to obtain the graft copolymer. A) copolymerizing at least one first type of olefin monomer and at least one second type of metal-pacified functionalized olefin monomer using a catalyst system to obtain a polyolefin main chain having one or multiple metal-pacified functionalized short chain branches, the catalyst system comprising: i) a metal catalyst or metal catalyst precursor comprising a metal from Group 3-10 of the IUPAC Periodic Table of elements; and ii) optionally a co-catalyst; i) a metal catalyst or metal catalyst precursor comprising a metal from Group 3-10 of the IUPAC Periodic Table of elements; and ii) optionally a co-catalyst; B) forming one or multiple polymer side chains on the polyolefin main chain, wherein as catalytic initiators the metal-pacified functionalized short chain branches on the polyolefin main chain obtained in step A) are used to obtain the graft copolymer.