mhurhangee/patent-ind-claim-en huggingface dataset:
A method for managing power of a user equipment, UE, in a wireless communications network, comprising: determining a disconnection of an internal power source from an external power source; determining a present state of charge of the internal power source of the UE; and adjusting , responsive to determining the disconnection and determining the present state of charge, one or more modem control parameters of a modem of the UE, the adjusting including a reduction in a number of receive chains of the UE available for use by the modem; wherein the adjusting one or more modem control parameters further comprises: reducing a rate of neighbor search requests performed by the UE; and the method further comprising: determining a reference signal received power, RSRP, wherein the rate of neighbor search requests is based on the RSRP. determining a disconnection of an internal power source from an external power source; determining a present state of charge of the internal power source of the UE; and adjusting , responsive to determining the disconnection and determining the present state of charge, one or more modem control parameters of a modem of the UE, the adjusting including a reduction in a number of receive chains of the UE available for use by the modem; wherein the adjusting one or more modem control parameters further comprises: reducing a rate of neighbor search requests performed by the UE; and the method further comprising: determining a reference signal received power, RSRP, wherein the rate of neighbor search requests is based on the RSRP. reducing a rate of neighbor search requests performed by the UE; and the method further comprising: determining a reference signal received power, RSRP, wherein the rate of neighbor search requests is based on the RSRP.
Apparatus for calibration, comprising: a mount , which is adapted to hold a medical probe , which comprises an acoustic imaging device that emits ultrasonic beam in a plane, while permitting an orientation of the plane of the ultrasonic beam to be adjusted; and one or more acoustic targets , which are arranged to continuously intersect the plane of the ultrasonic beam over a given range of orientation angles, wherein one or more of the acoustic targets are shaped as arcs, and wherein each of the arcs is one of: orthogonal to the plane of the ultrasonic beam; and slanted with respect to the plane of the ultrasonic beam. a mount , which is adapted to hold a medical probe , which comprises an acoustic imaging device that emits ultrasonic beam in a plane, while permitting an orientation of the plane of the ultrasonic beam to be adjusted; and one or more acoustic targets , which are arranged to continuously intersect the plane of the ultrasonic beam over a given range of orientation angles, wherein one or more of the acoustic targets are shaped as arcs, and wherein each of the arcs is one of: orthogonal to the plane of the ultrasonic beam; and slanted with respect to the plane of the ultrasonic beam. orthogonal to the plane of the ultrasonic beam; and slanted with respect to the plane of the ultrasonic beam.
A flux injector assembly for refining a molten material, at least a portion including aluminum, as it flows through a trough, the flux injector assembly comprising: an elongated dispensing rod having a hollow body and a dispensing rim that is configured to allow a flux to travel through the hollow body and be injected into the molten material through the dispensing rim as the molten material flows through an associated trough; a baffle plate having bottom edge that is configured to be positioned within the associated trough to allow molten material to flow under the bottom edge of the baffle plate, the elongated dispensing rod is positioned at a downstream location relative to the baffle plate, the dispensing rim and the bottom edge are placed within the molten material wherein the rate of flow of molten material is increased as it passes the dispensing rim of the elongated dispensing rod to mix the flux within the molten material, wherein the dispensing rim of the elongated dispensing rod includes at least one notch positioned inwardly along the dispensing rim to assist with mixing the flux with the molten material. an elongated dispensing rod having a hollow body and a dispensing rim that is configured to allow a flux to travel through the hollow body and be injected into the molten material through the dispensing rim as the molten material flows through an associated trough; a baffle plate having bottom edge that is configured to be positioned within the associated trough to allow molten material to flow under the bottom edge of the baffle plate, the elongated dispensing rod is positioned at a downstream location relative to the baffle plate, the dispensing rim and the bottom edge are placed within the molten material wherein the rate of flow of molten material is increased as it passes the dispensing rim of the elongated dispensing rod to mix the flux within the molten material,
A clamping device comprising a collar which has a belt able to be clamped by reduction of its diameter, and a seal , disposed inside the belt while being retained axially relative to the collar and comprising a first and a second coaxial sleeve disposed one around the other while being retained relative to each other, each sleeve being formed by a strip wound on itself whose ends (32A, 32B; 42A, 42B) are configured to cooperate together via a sealing arrangement allowing a reduction in the diameter of the sleeve, the sealing arrangements of the two sleeves being angularly offset, characterized in that one of the elements comprising the collar and the seal comprises at least one spacer (47, 47', 47") arranging an annular space between the seal and the belt, the annular space allowing the insertion of an annular object between the seal and the belt .
A liquid recycling atomization device, comprising a housing , a liquid conducting member , and a heating element arranged on the liquid conducting member ; a liquid storage cavity being formed in the housing such that liquid in the liquid storage cavity can be conducted through the liquid conducting member to the heating element for heating and atomization; an air inlet and an air outlet being formed in the housing such that air can enter the housing from the air inlet and smoke can flow out of housing through the air outlet ; wherein, the liquid recycling atomization device further comprises a liquid absorbing structure arranged on an outer periphery of the air inlet to absorb the liquid on the outer periphery of the air inlet ; the liquid absorbing structure is connected with the liquid conducting member such that the liquid conducting member can absorb the liquid absorbed by the liquid absorbing structure and thus the liquid can be heated and atomized by the heating element ; the liquid recycling atomization device comprises a liquid storage cup and a base covering an opening of the liquid storage cup , and the liquid absorbing structure is located between the liquid conducting member and the base ; wherein, inside the liquid recycling atomization device, an annular air inlet protrusion surrounding the air inlet is arranged on an outer periphery of the air inlet ; wherein the liquid recycling atomization device comprises a sealing member for sealing the opening of the liquid storage cup ; an air vent is formed in the sealing member such that an airflow entering the housing can pass through the air vent ; and an annular vent protrusion surrounding the air vent is arranged on an outer periphery of the air vent ; and wherein the air inlet and the air vent are staggered from each other. wherein, the liquid recycling atomization device further comprises a liquid absorbing structure arranged on an outer periphery of the air inlet to absorb the liquid on the outer periphery of the air inlet ; the liquid absorbing structure is connected with the liquid conducting member such that the liquid conducting member can absorb the liquid absorbed by the liquid absorbing structure and thus the liquid can be heated and atomized by the heating element ; the liquid recycling atomization device comprises a liquid storage cup and a base covering an opening of the liquid storage cup , and the liquid absorbing structure is located between the liquid conducting member and the base ; wherein, inside the liquid recycling atomization device, an annular air inlet protrusion surrounding the air inlet is arranged on an outer periphery of the air inlet ; wherein the liquid recycling atomization device comprises a sealing member for sealing the opening of the liquid storage cup ; an air vent is formed in the sealing member such that an airflow entering the housing can pass through the air vent ; and an annular vent protrusion surrounding the air vent is arranged on an outer periphery of the air vent ; and wherein the air inlet and the air vent are staggered from each other.
A vector comprising a nucleic acid molecule encoding a T cell receptor α chain comprising the nucleic acid sequence of SEQ ID NO: 2 and a nucleic acid molecule encoding a T cell receptor β chain comprising the nucleic acid sequence of SEQ ID NO: 3.
A method of improving the balance of a rotor in a wind turbine, the method including; initiate the following process upon a receipt of a process call; determining blade load data associated with two or more selected rotor blade pairs; determining for each of the selected rotor blade pairs, based on the blade load data, pitch imbalance data associated with the selected rotor blade pair, wherein the pitch imbalance data associated with a rotor blade pair is based on measurements of at least blade loading, rotor speed and wind speed and represents the difference in pitch between the selected rotor blade pair; and determining and applying pitch control inputs in the form of pitch offset values to each of the selected rotor blade pairs in order to reduce the severity of the rotor imbalance.
A method for routing data in a computer network cut out into logic network segments, said computer network including: - machines , - a set of pieces of interconnection equipment for the machines, and - a set of controllers each including a database and each associated with at least one respective portion of the network, each controller defining rules including at least routing rules for said respective portion associated with the network, and transmitting said rules to the pieces of interconnection equipment of said respective associated portion of the network, according to which a piece of interconnection equipment is adapted for routing, in the network, according to said rules which have been transmitted to it, exchange data between two machines, said method being characterized in that it comprises the following steps: - a step for storage, by a network controller, in its database, of a set of pieces of information comprising an identifier of a machine matching an associated parameter, said associated parameter including an identifier of the logic network segment associated with said machine; - a step for transmitting with said network controller to another network controller said set of information, and a step for storing with said other network controller, in its database, said set of information. - machines , - a set of pieces of interconnection equipment for the machines, and - a set of controllers each including a database and each associated with at least one respective portion of the network, each controller defining rules including at least routing rules for said respective portion associated with the network, and transmitting said rules to the pieces of interconnection equipment of said respective associated portion of the network, according to which a piece of interconnection equipment is adapted for routing, in the network, according to said rules which have been transmitted to it, exchange data between two machines, said method being characterized in that it comprises the following steps: - a step for storage, by a network controller, in its database, of a set of pieces of information comprising an identifier of a machine matching an associated parameter, said associated parameter including an identifier of the logic network segment associated with said machine; - a step for transmitting with said network controller to another network controller said set of information, and a step for storing with said other network controller, in its database, said set of information. - a step for storage, by a network controller, in its database, of a set of pieces of information comprising an identifier of a machine matching an associated parameter, said associated parameter including an identifier of the logic network segment associated with said machine; - a step for transmitting with said network controller to another network controller said set of information, and a step for storing with said other network controller, in its database, said set of information.
A recording material comprising: a) a support comprising a surface that is impregnated by a colorant or coated with a coating that contains a pigment or a dye; and, disposed thereon, b) a layer comprising polymeric particles having a core/shell structure and being hollow when dry to scatter visible light, said particles having an outer first polymer shell having a Tg of from 40°C to 80°C, calculated using the Fox equation. a) a support comprising a surface that is impregnated by a colorant or coated with a coating that contains a pigment or a dye; and, disposed thereon, b) a layer comprising polymeric particles having a core/shell structure and being hollow when dry to scatter visible light, said particles having an outer first polymer shell having a Tg of from 40°C to 80°C, calculated using the Fox equation.
A profile fixing accessory for mounting panels or covering elements of a cladding, elevated floor or lowered ceiling to elongated profiles being generally U-shaped with sidewalls defining a longitudinal groove delimited by facing edges, said edges defining a toothed profile , the profile fixing accessory comprising: - a base plate extending in a first plane at a level L0; - a lip protruding from the base plate ; - a hook protruding from the base plate and extending at a level L2, a level L1 being situated between levels L0 and L2; and - mounting means configured to cooperate with the mounting panels or covering elements of the cladding, elevated floor or lowered ceiling, characterized in that the lip has a free edge comprising a sawtooth or triangular toothed section extending in direction parallel to the base plate at the level L1; and in that the profile fixing accessory comprises a clamp to fix the profile fixing accessory in place. - a base plate extending in a first plane at a level L0; - a lip protruding from the base plate ; - a hook protruding from the base plate and extending at a level L2, a level L1 being situated between levels L0 and L2; and - mounting means configured to cooperate with the mounting panels or covering elements of the cladding, elevated floor or lowered ceiling,
A valve ignition prechamber with a reversed direction of combustion for an internal combustion engine which has a cylinder head which covers a cylinder to form a combustion chamber in which can be burned a main charge , characterized in that it comprises: • At least one lamination cavity which is arranged in the cylinder head and which is connected to the combustion chamber by a lamination duct ; • A pilot charge injector which opens into the lamination cavity to inject therein a pilot charge consisting of an easily flammable Combustive agent-AF fuel mixture; • A lamination valve which can either close the lamination duct so that the latter no longer communicates with the combustion chamber , or open said duct to form with the latter a torch-ignition prechamber which simultaneously communicates, on the one hand, with the lamination cavity via the lamination duct and, on the other hand, with the combustion chamber via at least one gas ejection orifice to emit an ignition torch into said chamber ; • At least one inverter housing housed in the lamination cavity , said housing forming between itself and said cavity a late combustion volume while an ignition pilot charge can be introduced into said housing ; • Ignition means that open inside the inverter housing to ignite the ignition charge ; • At least one main ejection nozzle which connects the inside of the inverter housing with the inside of the lamination cavity , said nozzle producing during the combustion of the ignition pilot charge a pre-ignition torch which can penetrate in whole or in part into the lamination duct , the volume swept by said torch constituting an early combustion volume . • At least one lamination cavity which is arranged in the cylinder head and which is connected to the combustion chamber by a lamination duct ; • A pilot charge injector which opens into the lamination cavity to inject therein a pilot charge consisting of an easily flammable Combustive agent-AF fuel mixture; • A lamination valve which can either close the lamination duct so that the latter no longer communicates with the combustion chamber , or open said duct to form with the latter a torch-ignition prechamber which simultaneously communicates, on the one hand, with the lamination cavity via the lamination duct and, on the other hand, with the combustion chamber via at least one gas ejection orifice to emit an ignition torch into said chamber ; • At least one inverter housing housed in the lamination cavity , said housing forming between itself and said cavity a late combustion volume while an ignition pilot charge can be introduced into said housing ; • Ignition means that open inside the inverter housing to ignite the ignition charge ; • At least one main ejection nozzle which connects the inside of the inverter housing with the inside of the lamination cavity , said nozzle producing during the combustion of the ignition pilot charge a pre-ignition torch which can penetrate in whole or in part into the lamination duct , the volume swept by said torch constituting an early combustion volume .
A polyester resin for a binder, the polyester resin including terephthalic acid or an ester-forming derivative thereof as an acid component and including 2-methyl-1,3-propanediol, 2-methyl-1,3-pentanediol, and ethylene glycol as diol components.
A method comprising: at a wireless device : establishing a first radio resource control (RRC) connection with a base station of a cellular network; transmitting channel state information (CSI) capability information to the base station , wherein the capability information comprises information on concurrent CSI processing capability of the wireless device ; wherein the CSI capability information includes capability for each supported combination of codebook types, and wherein the CSI capability information for each supported combination of codebook types includes maximum number of ports for each CSI resource, the maximum number of CSI resources, and the maximum number of total ports. establishing a first radio resource control (RRC) connection with a base station of a cellular network; transmitting channel state information (CSI) capability information to the base station , wherein the capability information comprises information on concurrent CSI processing capability of the wireless device ; wherein the CSI capability information includes capability for each supported combination of codebook types, and wherein the CSI capability information for each supported combination of codebook types includes maximum number of ports for each CSI resource, the maximum number of CSI resources, and the maximum number of total ports.
An optoelectronic sensor , configured as a laser scanner, for detecting objects in a monitoring area , comprising at least one light transmitter for transmitting a plurality of mutually separated light beams starting from a respective transmission point , transmission optics for the transmitted light beams , at least one light receiver for generating a respective reception signal from the remitted light beams remitted by objects and impinging in a respective reception point , receiving optics for the remitted light beams and an evaluation unit for obtaining information about the objects from the reception signals, wherein the receiving optics and/or the transmission optics are a two-lens objective which comprises a first lens and a second lens , wherein the receiving optics and/or the transmission optics are configured for an annular field of view with field angle α, the first lens being configured so that light beams of each individual transmission point and/or reception point with field angle α pass only one half of the second lens in that the inequality d ≥ (D1*f1)/(D1+2*f1*tan α) is satisfied for the two-lens objective, with focal length f1 and diameter D1 of the first lens and distance d between the first lens and the second lens , and in that the transmission points are arranged on a first circular line and/or the reception points are arranged on a second circular line .
A process for extracting target cells from a three dimensional biological specimen by the steps a) imaging the three dimensional specimen by a light sheet microscope b) identifying target cells c) registering the spatial parameters (x,y,z coordinates) of the target cells d) extraction of target cells according to their spatial parameters characterized in that three dimensional specimen is provided with an optically inducible crosslinking reagent in at last one of the steps a), b), c) or d) and crosslinked by a one-photon laser scanning activation wherein the detection lens of the light sheet microscope is used to direct the crosslinking laser to the sample. a) imaging the three dimensional specimen by a light sheet microscope b) identifying target cells c) registering the spatial parameters (x,y,z coordinates) of the target cells d) extraction of target cells according to their spatial parameters
An absorbent sheet for removing a droplet or a liquid film attached to a surface of an object, comprising: a sheet portion in sheet form; a plurality of first cuts provided in the sheet portion ; a plurality of second cuts shorter than the first cuts provided in a direction intersecting the first cuts ; an edge portion provided near an edge of the sheet portion , in which the first cuts are not provided; and a reed shape portion having a plurality of loose end aggregation portions , the portion which is an area sandwiched between a couple of the first cuts in line segment-like cut in a direction normal toward the edge portion , leaving the edge portion uncut; wherein the plurality of loose end aggregation portions are connected at a plurality of the edge portions which face each other across the reed shape portion ; wherein the plurality of the second cuts are provided between the first cuts ; and wherein a plurality of loose ends are formed by connection of a plurality of the second cuts with a line segment portion between two edge points of the first cut . a sheet portion in sheet form; a plurality of first cuts provided in the sheet portion ; a plurality of second cuts shorter than the first cuts provided in a direction intersecting the first cuts ; an edge portion provided near an edge of the sheet portion , in which the first cuts are not provided; and a reed shape portion having a plurality of loose end aggregation portions , the portion which is an area sandwiched between a couple of the first cuts in line segment-like cut in a direction normal toward the edge portion , leaving the edge portion uncut; wherein the plurality of loose end aggregation portions are connected at a plurality of the edge portions which face each other across the reed shape portion ; wherein the plurality of the second cuts are provided between the first cuts ; and wherein a plurality of loose ends are formed by connection of a plurality of the second cuts with a line segment portion between two edge points of the first cut .