mhurhangee/patent-ind-claim-en huggingface dataset:
A method carried out by a wireless terminal which is configured to communicate wirelessly with a radio access node over a radio interface and which is configured to communicate with another wireless terminal by performing device-to-device, D2D, communication, the method characterized by comprising: performing a cell selection/reselection operation for selecting a candidate frequency to be used in the D2D communication; and setting, during the cell selection/reselection operation, one frequency to a highest priority frequency, when the wireless terminal is performing the D2D communication in a state in which the wireless terminal camps on the one frequency. performing a cell selection/reselection operation for selecting a candidate frequency to be used in the D2D communication; and setting, during the cell selection/reselection operation, one frequency to a highest priority frequency, when the wireless terminal is performing the D2D communication in a state in which the wireless terminal camps on the one frequency.
A suspension device for removable attachment of a component to a vehicle structure , the suspension device comprising: a first bracket adapted to be mounted on the component ; a second bracket adapted to be mounted on the vehicle structure ; and a first locking arrangement and a second locking arrangement , adapted to lock the first and second bracket (100; 200) to each other, characterised in that the suspension device comprises a locking sleeve , and in that the first locking arrangement and the second locking arrangement each comprises a transverse pin (320; 420) and a fastener (310; 410) extending through an opening (322; 422) in the transverse pin (320; 420), wherein the fasteners (310; 410) of the first locking arrangement and the second locking arrangement are adapted to be screwed into said locking sleeve from opposite sides, such that the transverse pins (320; 420) of the first locking arrangement and the second locking arrangement apply a clamping force (F clamp ) on the first and second bracket (100; 200). a first bracket adapted to be mounted on the component ; a second bracket adapted to be mounted on the vehicle structure ; and a first locking arrangement and a second locking arrangement , adapted to lock the first and second bracket (100; 200) to each other, characterised in that the suspension device comprises a locking sleeve , and in that the first locking arrangement and the second locking arrangement each comprises a transverse pin (320; 420) and a fastener (310; 410) extending through an opening (322; 422) in the transverse pin (320; 420), wherein the fasteners (310; 410) of the first locking arrangement and the second locking arrangement are adapted to be screwed into said locking sleeve from opposite sides, such that the transverse pins (320; 420) of the first locking arrangement and the second locking arrangement apply a clamping force (F clamp ) on the first and second bracket (100; 200).
A human serum albumin mutant-linked protein (A) comprising a first polypeptide chain comprising the amino acid sequence of the human serum albumin mutant and a second polypeptide chain linked thereto comprising the amino acid sequence of another protein (A), wherein the human serum albumin mutant comprising an amino acid sequence that, in comparison with the amino acid sequence set forth as SEQ ID NO:3, lacks not more than 10 amino acid residues and/or has not more than 10 amino acid residues replaced, with the proviso that the asparagine residue occurring at position 318 and the threonine at position 320 from the N-terminus of the amino acid sequence set forth as SEQ ID NO:3 are preserved and linked by peptide bonds via a single amino acid residue (X) except proline that is placed between those two amino acid residues, and wherein the protein (A) is 22K growth hormone or 20K growth hormone.
Frost-proof outlet fitting comprising a valve housing which forms a valve seat , an outlet housing , an intermediate spindle which positions a valve body relative to the valve seat and is accommodated in an intermediate pipe which connects the outlet housing to the valve housing , and an electronic control unit which controls the position of the valve body , characterised by means for checking access authorisation and activating the electronic control unit by means of a positive result of the verification of the access authorisation, the frost-proof outlet fitting being suitable for determining a quantity of fluid tapped during a tapping process and for logging the quantity of fluid tapped and an associated authorised person.
A method for wireless communications by a base station, comprising: transmitting , on a narrowband region within a wider system bandwidth, a directional primary synchronization signal, DPSS; receiving feedback information from one or more user equipments, UEs, based on the DPSS, wherein the feedback information comprises an indication of a bandwidth capability of a UE that transmitted the feedback information; allocating resources to the one or more UEs within at least one of the wider system bandwidth or the narrowband region based, at least in part, on the feedback information, and transmitting, in addition to the DPSS transmission, beam tracking waveforms to at least one UE of the one or more UEs using different combinations of directions and bandwidth regions in a region of the wider system bandwidth that is wider than the narrowband region. transmitting , on a narrowband region within a wider system bandwidth, a directional primary synchronization signal, DPSS; receiving feedback information from one or more user equipments, UEs, based on the DPSS, wherein the feedback information comprises an indication of a bandwidth capability of a UE that transmitted the feedback information; allocating resources to the one or more UEs within at least one of the wider system bandwidth or the narrowband region based, at least in part, on the feedback information, and transmitting, in addition to the DPSS transmission, beam tracking waveforms to at least one UE of the one or more UEs using different combinations of directions and bandwidth regions in a region of the wider system bandwidth that is wider than the narrowband region.
Header box for a heat exchanger comprising a collector having an at least partially rounded shape and comprising: - a plurality of openings for the passage of a plurality of heat-exchange tubes of the heat exchanger, and - a plurality of collars surrounding the openings , - the collector further comprises a plurality of corrugations and in that - the collars are produced at the level of the corrugations of the collector and have respectively a substantially flared shape facing towards the opposite side from the volume defined by the header box , characterized in that the collars are formed at the level of the crests of the corrugations oriented towards the opposite side from the volume defined by the header box , the collector having at least one wall , the shape of which is substantially curved towards the outside of the volume defined by the header box , the corrugations being formed on the wall . - a plurality of openings for the passage of a plurality of heat-exchange tubes of the heat exchanger, and - a plurality of collars surrounding the openings , - the collector further comprises a plurality of corrugations and in that - the collars are produced at the level of the corrugations of the collector and have respectively a substantially flared shape facing towards the opposite side from the volume defined by the header box , characterized in that the collars are formed at the level of the crests of the corrugations oriented towards the opposite side from the volume defined by the header box ,
A cosmetic product having a cosmetic composition impregnated in a soft polyurethane foam, comprising the soft polyurethane foam; and the cosmetic composition impregnated in the soft polyurethane foam, wherein the soft polyurethane foam is prepared by foaming a soft urethane foam composition comprising a polyol, wherein the polyol is any one selected from a hydrocarbon polyol; any one selected from a vegetable oil and a dimer acid derived from a vegetable oil; and a mixture of a hydrocarbon polyol and any one selected from a vegetable oil and a dimer acid derived from a vegetable oil. any one selected from a vegetable oil and a dimer acid derived from a vegetable oil; and a mixture of a hydrocarbon polyol and any one selected from a vegetable oil and a dimer acid derived from a vegetable oil.
A ratcheting armrest assembly comprising: an articulating frame assembly ; a ratchet anchor operatively coupled to the articulating frame assembly for rotation with the articulating frame assembly ; an anchor assembly operatively coupled to the articulating frame assembly ; a ratchet operatively coupled to the anchor assembly ; the ratchet including a first plurality of teeth and the ratchet anchor including a second plurality of teeth , wherein the first plurality of teeth and the second plurality of teeth are engageable with each other, the second plurality of teeth free to rotate relative to the first plurality of teeth in a first rotational direction and self-locking with the first plurality of teeth in a second rotational direction; and a directional spring biasing the ratchet in the second direction in a first orientation and in the first direction in a second orientation, wherein the directional spring is operatively coupled to the ratchet , the directional spring comprising a curved main portion , a first leg and a second leg , characterised in that the second leg of the directional spring is disposed along a first portion of the ratchet , and in that the second leg is able to be in contact with a surface of the ratchet , the first leg being disposed within a recess of the ratchet . an articulating frame assembly ; a ratchet anchor operatively coupled to the articulating frame assembly for rotation with the articulating frame assembly ; an anchor assembly operatively coupled to the articulating frame assembly ; a ratchet operatively coupled to the anchor assembly ; the ratchet including a first plurality of teeth and the ratchet anchor including a second plurality of teeth , wherein the first plurality of teeth and the second plurality of teeth are engageable with each other, the second plurality of teeth free to rotate relative to the first plurality of teeth in a first rotational direction and self-locking with the first plurality of teeth in a second rotational direction; and a directional spring biasing the ratchet in the second direction in a first orientation and in the first direction in a second orientation, wherein the directional spring is operatively coupled to the ratchet , the directional spring comprising a curved main portion , a first leg and a second leg , characterised in that the second leg of the directional spring is disposed along a first portion of the ratchet , and in that the second leg is able to be in contact with a surface of the ratchet , the first leg being disposed within a recess of the ratchet .
A vibrating element meter for meter health verification, the vibrating element meter comprising: a sensor assembly including a vibrating member , a pickoff/detection sensor , and a driver configured to vibrate the vibrating member ; at least one temperature sensor ; and meter electronics coupled to the pickoff/detection sensor , the driver , and the at least one temperature sensor , with the meter electronics being configured to measure a plurality of temperatures using the at least one temperature sensor and a plurality of sensor time periods using the pickoff/detection sensor of the sensor assembly , the meter electronics being characterized by being further configured to: determine an average temperature from the plurality of temperatures; determine an average sensor time period from the plurality of sensor time periods; receive an altitude; compensate the average sensor time period using the average temperature and the altitude to generate a compensated sensor time period; compare the compensated sensor time period to a reference sensor time period; indicate whether the compensated sensor time period is within a sensor time period error limit of the reference sensor time period. a sensor assembly including a vibrating member , a pickoff/detection sensor , and a driver configured to vibrate the vibrating member ; at least one temperature sensor ; and meter electronics coupled to the pickoff/detection sensor , the driver , and the at least one temperature sensor , with the meter electronics being configured to measure a plurality of temperatures using the at least one temperature sensor and a plurality of sensor time periods using the pickoff/detection sensor of the sensor assembly , the meter electronics being characterized by being further configured to: determine an average temperature from the plurality of temperatures; determine an average sensor time period from the plurality of sensor time periods; receive an altitude; compensate the average sensor time period using the average temperature and the altitude to generate a compensated sensor time period; compare the compensated sensor time period to a reference sensor time period; indicate whether the compensated sensor time period is within a sensor time period error limit of the reference sensor time period. determine an average temperature from the plurality of temperatures; determine an average sensor time period from the plurality of sensor time periods; receive an altitude; compensate the average sensor time period using the average temperature and the altitude to generate a compensated sensor time period; compare the compensated sensor time period to a reference sensor time period; indicate whether the compensated sensor time period is within a sensor time period error limit of the reference sensor time period.
A method comprising: receiving signaling that comprises a memory command and a memory address of a memory device; identifying a first value indicative of a first privilege level associated with the memory address; identifying a second value indicative of a second privilege level associated with the memory command; executing the memory command at the memory address or refraining from executing the memory command based at least in part on comparing the first value to the second value at the memory device to determine whether the memory command has access the memory address; and responsive to determining that the memory command does not have access to the memory address, refraining from processing the memory command, characterised in that : responsive to determining that the memory command does not have access to the memory address and that the memory command is related to requesting data, providing predetermined data corresponding to the memory command as the requested data, wherein the predetermined data includes a data pattern identifying the memory command as not having access to the memory address. receiving signaling that comprises a memory command and a memory address of a memory device; identifying a first value indicative of a first privilege level associated with the memory address; identifying a second value indicative of a second privilege level associated with the memory command; executing the memory command at the memory address or refraining from executing the memory command based at least in part on comparing the first value to the second value at the memory device to determine whether the memory command has access the memory address; and responsive to determining that the memory command does not have access to the memory address, refraining from processing the memory command, characterised in that : responsive to determining that the memory command does not have access to the memory address and that the memory command is related to requesting data, providing predetermined data corresponding to the memory command as the requested data, wherein the predetermined data includes a data pattern identifying the memory command as not having access to the memory address.
A method of reducing vanadium corrosion in a gas turbine comprising: adding an oleophilic corrosion inhibitor into a combustion fuel, in which the oleophilic corrosion inhibitor comprises carbon black support particles and magnesium oxide bonded to the carbon black support particles, in which the carbon black support particles comprise a particle size of less than 40 nm as measured in accordance with ASTM D 3849, an oxygen content of less than 1 % by weight, and a surface area of at least 50 m 2 /gram. adding an oleophilic corrosion inhibitor into a combustion fuel, in which the oleophilic corrosion inhibitor comprises carbon black support particles and magnesium oxide bonded to the carbon black support particles, in which the carbon black support particles comprise a particle size of less than 40 nm as measured in accordance with ASTM D 3849, an oxygen content of less than 1 % by weight, and a surface area of at least 50 m 2 /gram.
A method of producing RNA comprising the steps of: (a) obtaining RNA by DNA-dependent in vitro transcription of a linearized plasmid DNA template using a DNA-dependent RNA polymerase, wherein the plasmid DNA comprises - a bacterial origin of replication, - a sequence encoding a selection marker, wherein the sequence is a kanamycine resistance gene or the marker is a sucrose selectable marker, - a promoter for a DNA-dependent RNA polymerase, - an insert comprising a homopolymeric region, wherein the homopolymeric region comprises at least one poly(A) sequence comprising a stretch of at least 60 adenosine nucleotides, wherein the homopolymeric region is located at a distance of at least 2200 bp from the origin of replication in the direction of replication and wherein the insert comprising the homopolymeric region is oriented so that the direction of transcription of the insert is the same as the direction of replication of the origin of replication; and (b) purifying the RNA. (a) obtaining RNA by DNA-dependent in vitro transcription of a linearized plasmid DNA template using a DNA-dependent RNA polymerase, wherein the plasmid DNA comprises - a bacterial origin of replication, - a sequence encoding a selection marker, wherein the sequence is a kanamycine resistance gene or the marker is a sucrose selectable marker, - a promoter for a DNA-dependent RNA polymerase, - an insert comprising a homopolymeric region, wherein the homopolymeric region comprises at least one poly(A) sequence comprising a stretch of at least 60 adenosine nucleotides, wherein the homopolymeric region is located at a distance of at least 2200 bp from the origin of replication in the direction of replication and wherein the insert comprising the homopolymeric region is oriented so that the direction of transcription of the insert is the same as the direction of replication of the origin of replication; and - a bacterial origin of replication, - a sequence encoding a selection marker, wherein the sequence is a kanamycine resistance gene or the marker is a sucrose selectable marker, - a promoter for a DNA-dependent RNA polymerase, - an insert comprising a homopolymeric region, wherein the homopolymeric region comprises at least one poly(A) sequence comprising a stretch of at least 60 adenosine nucleotides, wherein the homopolymeric region is located at a distance of at least 2200 bp from the origin of replication in the direction of replication and wherein the insert comprising the homopolymeric region is oriented so that the direction of transcription of the insert is the same as the direction of replication of the origin of replication; and (b) purifying the RNA.
System for circulating a liquid of a nuclear facility, comprising: - a volume having at least one filter which divides the volume into a collection zone and a feed zone , and an inlet which is arranged such that a liquid loaded with fibres and particles accumulates in the collection zone , - a circulation member having a suction which is fluidically connected to the feed zone , - a circuit for circulation of the liquid supplied by the circulation member and which allows a flow of liquid which accumulates in the collection zone to be recirculated, characterised in that the circulation system comprises a system for prevention of the formation of a thin homogeneous skin of fibres and particles on a side of the filter that faces the collection zone , the prevention system comprising at least one injection member which injects a fluid for prevention of the thin skin effect onto at least a portion of the side of the filter that faces the collection zone , the system being configured so that the prevention fluid disrupts the formation of a thin homogeneous skin of fibres and particles on a portion or on the entirety of the side of the filter , and in that the system comprises a control member for the circulation member and the injection member , which control member is programmed to control each injection member in order to continuously perform the injection of the fluid for prevention of the thin skin effect, starting from or prior to actuation of the circulation member . - a volume having at least one filter which divides the volume into a collection zone and a feed zone , and an inlet which is arranged such that a liquid loaded with fibres and particles accumulates in the collection zone , - a circulation member having a suction which is fluidically connected to the feed zone , - a circuit for circulation of the liquid supplied by the circulation member and which allows a flow of liquid which accumulates in the collection zone to be recirculated,
An optical scanner which comprises: - an optical source capable of emitting a main optical beam; - at least two elementary scanners, referred to as first (11 1 ) and second (11 2 ) scanners respectively, and which comprise: - a first (30 1 ) and a second beam (30 2 ) provided, respectively, with a first (36 1 ) and a second (36 2 ) movable part on the one hand, and a first and a second fixed parts on the other hand; - a first (40 1 ) and a second (40 2 ) actuator arranged to impose flexion or torsion, respectively, to the first and the second movable parts; - a first (70 1 ) and a second (70 2 ) optical phased array disposed on or in the first and the second movable parts, respectively, and at which the main optical beam is partly extracted, as a first and a second beam, respectively; the first and second scanners being arranged to scan, along a first AA' and a second BB' direction, by means of the first and second beams, respectively, a first S1 and a second S2 surface, the second surface being of smaller extent than the first surface and included in the first surface. - an optical source capable of emitting a main optical beam; - at least two elementary scanners, referred to as first (11 1 ) and second (11 2 ) scanners respectively, and which comprise: - a first (30 1 ) and a second beam (30 2 ) provided, respectively, with a first (36 1 ) and a second (36 2 ) movable part on the one hand, and a first and a second fixed parts on the other hand; - a first (40 1 ) and a second (40 2 ) actuator arranged to impose flexion or torsion, respectively, to the first and the second movable parts; - a first (70 1 ) and a second (70 2 ) optical phased array disposed on or in the first and the second movable parts, respectively, and at which the main optical beam is partly extracted, as a first and a second beam, respectively; - a first (30 1 ) and a second beam (30 2 ) provided, respectively, with a first (36 1 ) and a second (36 2 ) movable part on the one hand, and a first and a second fixed parts on the other hand; - a first (40 1 ) and a second (40 2 ) actuator arranged to impose flexion or torsion, respectively, to the first and the second movable parts; - a first (70 1 ) and a second (70 2 ) optical phased array disposed on or in the first and the second movable parts, respectively, and at which the main optical beam is partly extracted, as a first and a second beam, respectively;