mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communication in a multi-antenna user equipment, UE , comprising: communicating with a base station using a first antenna; assessing communication metrics to determine whether to switch from the first antenna to a second antenna; determining to switch from the first antenna to the second antenna for communicating with the base station, wherein the determining to switch from the first antenna to the second antenna comprises comparing the communication metrics to a first threshold to determine whether to switch from the first antenna to the second antenna; determining a silence window in which communication with the base station is suspended, wherein the silence window corresponds to a measurement gap; comparing the communication metrics to a second threshold to determine whether to wait for the silence window to perform the switch or to perform the switch before the silence window ; determining a length of time between the determining to switch from the first antenna to the second antenna and a start of the silence window; comparing the length of time to a threshold time; scheduling the switch from the first antenna to the second antenna to occur during the silence window based at least in part on the comparing of the communication metrics to the second threshold and based at least in part on the length of time being less than the threshold time; and switching from the first antenna to the second antenna during the silence window . communicating with a base station using a first antenna; assessing communication metrics to determine whether to switch from the first antenna to a second antenna; determining to switch from the first antenna to the second antenna for communicating with the base station, wherein the determining to switch from the first antenna to the second antenna comprises comparing the communication metrics to a first threshold to determine whether to switch from the first antenna to the second antenna; determining a silence window in which communication with the base station is suspended, wherein the silence window corresponds to a measurement gap; comparing the communication metrics to a second threshold to determine whether to wait for the silence window to perform the switch or to perform the switch before the silence window ; determining a length of time between the determining to switch from the first antenna to the second antenna and a start of the silence window; comparing the length of time to a threshold time; scheduling the switch from the first antenna to the second antenna to occur during the silence window based at least in part on the comparing of the communication metrics to the second threshold and based at least in part on the length of time being less than the threshold time; and switching from the first antenna to the second antenna during the silence window .
A control valve trim assembly , comprising: a body having an annular first section and an axially adjacent annular second section , the body defining an inner surface and an outer surface ; a plurality of first openings formed in the inner surface of the first section of the body ; and a plurality of second openings formed in the outer surface of the first section of the body; characterized by J an annular plenum formed within the second section of the body and spaced apart from the inner surface and the outer surface ; the plurality of first openings being axially offset from the plenum , each of the first openings being in fluid communication with the plenum via a corresponding first fluid passage formed through the body ; and the plurality of second openings being axially offset from the plenum each of the second openings being in fluid communication with the plenum via a corresponding second fluid passage through the body . a body having an annular first section and an axially adjacent annular second section , the body defining an inner surface and an outer surface ; a plurality of first openings formed in the inner surface of the first section of the body ; and a plurality of second openings formed in the outer surface of the first section of the body; characterized by J an annular plenum formed within the second section of the body and spaced apart from the inner surface and the outer surface ; the plurality of first openings being axially offset from the plenum , each of the first openings being in fluid communication with the plenum via a corresponding first fluid passage formed through the body ; and the plurality of second openings being axially offset from the plenum each of the second openings being in fluid communication with the plenum via a corresponding second fluid passage through the body .
Apparatus for generating an adapted audio stream, comprising an identification unit for supporting identification of a frequency range (fr) associated with an auditory disorder of a user of the apparatus, an adaptation unit for adapting a frequency characteristic of an audio file (af) representing a track of music, wherein the adaptation is subject to the identified frequency range (fr), and an audio player for playing the audio file (aaf), the audio player including an equalizer or a sound modifier , and configured to modify each audio stream generated out of the audio file on the fly, wherein the adaptation unit is adapted to determine a frequency characteristic based on the identified frequency range (fr) to be applied to the audio file (af) by applying corresponding equalizer or sound modifier settings to the equalizer or the sound modifier , for generating the adapted audio stream (aaf), which frequency characteristic represents a band elimination filter characteristic for filtering out the identified frequency range, and wherein the adaptation unit is adapted to accentuate frequencies at the edges of the subject band.
A conduit comprising a sleeve formed to include a tube-receiving passageway , a first-end aperture (10P1) opening into the tube-receiving passageway at a first end of the sleeve , and a second-end aperture (10P2) opening into the tube-receiving passageway at an opposite second end of the sleeve , wherein the sleeve includes an interior adhesive layer formed to define the tube-receiving passageway and an exterior heat-activated heat-shrink layer arranged to surround and mate with the interior adhesive layer without closing the first-end and second-end apertures (10P1, 10P2), and wherein the interior adhesive layer includes, in series, a first adhesive strip (102S1) made of a first adhesive material (A1) configured to couple to exterior pipe coatings at a first temperature, wherein the first adhesive strip (102S1) is configured to define the first-end aperture (10P1), a second adhesive strip (102S2) made of the first adhesive material (A1) and configured to define the second-end aperture (10P2), and an adhesive band made of a second adhesive material (A2) being a hot melt adhesive that is activated at a second temperature and configured to couple to an area established by a pipe joint and exposed portions of pipe at the second temperature, wherein the second temperature is greater than the first temperature, and wherein the adhesive band is arranged to lie between the first and second adhesive strips (102S1, 102S2), characterized in that the second adhesive material (A2) is different from the first adhesive material (A1). a sleeve formed to include a tube-receiving passageway , a first-end aperture (10P1) opening into the tube-receiving passageway at a first end of the sleeve , and a second-end aperture (10P2) opening into the tube-receiving passageway at an opposite second end of the sleeve , wherein the sleeve includes an interior adhesive layer formed to define the tube-receiving passageway and an exterior heat-activated heat-shrink layer arranged to surround and mate with the interior adhesive layer without closing the first-end and second-end apertures (10P1, 10P2), and wherein the interior adhesive layer includes, in series, a first adhesive strip (102S1) made of a first adhesive material (A1) configured to couple to exterior pipe coatings at a first temperature, wherein the first adhesive strip (102S1) is configured to define the first-end aperture (10P1), a second adhesive strip (102S2) made of the first adhesive material (A1) and configured to define the second-end aperture (10P2), and an adhesive band made of a second adhesive material (A2) being a hot melt adhesive that is activated at a second temperature and configured to couple to an area established by a pipe joint and exposed portions of pipe at the second temperature, wherein the second temperature is greater than the first temperature, and wherein the adhesive band is arranged to lie between the first and second adhesive strips (102S1, 102S2), characterized in that the second adhesive material (A2) is different from the first adhesive material (A1).
Electrical socket connector for pluggable connection to a complementary plug connector , and configured to be mounted in an electronic/electric device or equipment, the socket connector including a casing , a connection terminal assembly mounted in the casing for connection to a complementary connection terminal assembly of the plug connector , an electronic switch interconnected to one or more terminals of the connection terminal assembly , an identification system comprising a processing unit configured to read a plug identifier provided by an identifier module of the plug connector each time the socket and plug connectors are connected together, the processing unit comprising a microcontroller comprising an output connected to the electronic switch and at least one input used to read the plug identifier in order to control the electronic switch to connect or disconnect said one or more terminals based on the plug identifier, the processing unit further comprising a non-volatile memory in which an identifier is pre-programmed, said identifier serving to authenticate said plug identifier, and a ring-shaped display unit surrounding a plug receiving cavity of the casing with a light source for displaying a connection status based on said plug identifier read by the processing unit.
A consumer product comprising a fragrance composition containing a sufficient amount of at least one musk compound, wherein the at least one musk compound is 1-(3,3-dimethylcyclohexyl)ethyl acetate, to provide a concentration of said at least one musk compound of at least 0.25 nanograms per litre of air (7 nanograms per cubic foot of air), preferably from about 0.26 nanograms per litre of air (7.4 nanograms per cubic foot of air) to about 0.989 nanograms per litre of air (28 nanograms per cubic foot of air), more preferably 0.26 nanograms per litre of air (7.4 nanograms per cubic foot of air) to about 0.978 nanograms per litre of air (27.7 nanograms per cubic foot of air), wherein said at least one musk compound is provided, at least in part, by a fragrance delivery system; and wherein said consumer product is a fabric and home care product, baby care product, beauty care product, family care product and/or a feminine care product. wherein the at least one musk compound is 1-(3,3-dimethylcyclohexyl)ethyl acetate, to provide a concentration of said at least one musk compound of at least 0.25 nanograms per litre of air (7 nanograms per cubic foot of air), preferably from about 0.26 nanograms per litre of air (7.4 nanograms per cubic foot of air) to about 0.989 nanograms per litre of air (28 nanograms per cubic foot of air), more preferably 0.26 nanograms per litre of air (7.4 nanograms per cubic foot of air) to about 0.978 nanograms per litre of air (27.7 nanograms per cubic foot of air), wherein said at least one musk compound is provided, at least in part, by a fragrance delivery system; and wherein said consumer product is a fabric and home care product, baby care product, beauty care product, family care product and/or a feminine care product.
An engine lubricating composition comprising: an oil of lubricating viscosity; and a phosphorus-containing salt of an acylated ethylene-α-olefin polymer substituted with an aliphatic polyamine having at least one primary or secondary amine, the lubricating composition having a total phosphorus content in an amount of 200 ppm to 600 ppm by weight of the lubricating composition. an oil of lubricating viscosity; and a phosphorus-containing salt of an acylated ethylene-α-olefin polymer substituted with an aliphatic polyamine having at least one primary or secondary amine, the lubricating composition having a total phosphorus content in an amount of 200 ppm to 600 ppm by weight of the lubricating composition.
A method of receiving a signal in a control resource set, CORESET, of a wireless communication system, the method performed by a user equipment, UE , and comprising: receiving (S100) a radio resource control, RRC, signal including a plurality of transmission configuration indicator, TCI, states; receiving (S200) a medium access control, MAC, control element, CE, informing a TCI state among the plurality of TCI states; and receiving (S300) a signal in the CORESET based on the TCI state, the method characterised in that : based on the CORESET being CORESET #0, i) a demodulation-reference signal, DM-RS, antenna port for a physical downlink control channel, PDCCH, reception in the CORESET #0 is quasi co-located with a channel state information reference signal, CSI-RS, configured by the TCI state, and ii) quasi co-location-type D, QCL-type D, of the CSI-RS is provided by a synchronization signal/physical broadcast channel block, SSB. receiving (S100) a radio resource control, RRC, signal including a plurality of transmission configuration indicator, TCI, states; receiving (S200) a medium access control, MAC, control element, CE, informing a TCI state among the plurality of TCI states; and receiving (S300) a signal in the CORESET based on the TCI state, the method characterised in that : based on the CORESET being CORESET #0, i) a demodulation-reference signal, DM-RS, antenna port for a physical downlink control channel, PDCCH, reception in the CORESET #0 is quasi co-located with a channel state information reference signal, CSI-RS, configured by the TCI state, and ii) quasi co-location-type D, QCL-type D, of the CSI-RS is provided by a synchronization signal/physical broadcast channel block, SSB.
A system for injecting fluids into a well, comprising: a production tree having a mandrel at the top thereof and attached to the top of a well having production tubing, the tree having a production bore arranged and designed to be in fluid communication with the production tubing of the well and a fluid port providing a pathway through the mandrel to an annulus wing block through an annulus access valve and from the annulus access valve to a crossover port , the crossover port providing a pathway from the annulus wing block to a production wing block through a crossover valve , the crossover port intersecting the production bore at a location between a production access valve and a production master valve ; and a fluid supply line to bring fluid to the system, the fluid supply line includes one or more valves to control the flow of fluid through the supply line , the fluid supply line being arranged to be attached to the mandrel of the tree and in fluid communication with the production bore through the top of the tree via a flow path from a fluid source at another location to a connector via the fluid supply line and including the mandrel , the fluid port , the open annulus access valve with an annulus master valve closed, the crossover port and the open crossover valve with the production access valve closed and the open production master valve and into the production bore . a production tree having a mandrel at the top thereof and attached to the top of a well having production tubing, the tree having a production bore arranged and designed to be in fluid communication with the production tubing of the well and a fluid port providing a pathway through the mandrel to an annulus wing block through an annulus access valve and from the annulus access valve to a crossover port , the crossover port providing a pathway from the annulus wing block to a production wing block through a crossover valve , the crossover port intersecting the production bore at a location between a production access valve and a production master valve ; and a fluid supply line to bring fluid to the system, the fluid supply line includes one or more valves to control the flow of fluid through the supply line , the fluid supply line being arranged to be attached to the mandrel of the tree and in fluid communication with the production bore through the top of the tree via a flow path from a fluid source at another location to a connector via the fluid supply line and including the mandrel , the fluid port , the open annulus access valve with an annulus master valve closed, the crossover port and the open crossover valve with the production access valve closed and the open production master valve and into the production bore .
A microfluidic energy harvester for converting solar energy into electrical energy comprising a substrate having an embedded central microchannel ; electrolyte in said central microchannel; electrode assembly having at least one pair of electrodes arranged in series and integrated with said central microchannel from sides ensuring direct contact between said pair of electrodes with said electrolyte in said central microchannel for ensuing electrochemical photovoltaic effect to convert the solar energy into the electrical energy under solar illumination under regenerative conditions, wherein the electrolyte is configured to flow in the central microchannel through the inlet by using hydrostatic head or micro-pump at a constant flow rate enabling conversion of mechanical energy of the electrolyte flow into streaming potential across the electrodes and showing a potential difference equivalent to combined influences from the solar energy and the streaming potential resulting in amplification of the electrical energy generation, and wherein the electrolyte includes a suspension of salt-water and metal nanoparticles capable of producing surface plasmon resonance (SPR) under direct solar illumination when it flows through the central microchannel which enhances potential difference across the electrodes and generates the potential difference equivalent to combined influences from the solar energy, the streaming potential and the surface plasmon resonance resulting in further amplification of the electrical energy generation.
A method performed by a first Policy and Control Function, PCF, (210-AM) serving an Access Management, AM, policy association for a User Equipment, UE, wherein the first PCF is comprised in a core network of a cellular communications system , the method being characterised by : subscribing by the first PCF (210-AM) serving the AM policy association of the UE to an event exposure service of a second PCF (210-SM) serving a Session Management, SM, policy association for the UE ; and responsive to subscribing to the event exposure service of the second PCF (210-SM), receiving a report from the second PCF (210-SM) serving the SM policy association for the UE. subscribing by the first PCF (210-AM) serving the AM policy association of the UE to an event exposure service of a second PCF (210-SM) serving a Session Management, SM, policy association for the UE ; and responsive to subscribing to the event exposure service of the second PCF (210-SM), receiving a report from the second PCF (210-SM) serving the SM policy association for the UE.
A communication apparatus capable of performing data communication with one or more base stations , comprising: determination means for determining whether or not to also perform communication in dual connectivity with a secondary base station , in addition to a master base station , for the data communication; measurement means for measuring a first quality, which is a quality of a signal received from the master base station which performs communication in accordance with an LTE communication system conforming to a 3GPP, Third Generation Partnership Project, standard, and a second quality, which is a quality of a signal received from the secondary base station which performs communication in accordance with a 5G communication system conforming to the 3GPP standard; transmission means for transmitting a measurement report including the first quality and the second quality to the master base station in a case where it is determined by the determination means to also perform communication with the secondary base station, and transmitting a measurement report including the first quality and not including the second quality to the master base station in a case where it is determined by the determination means not to perform communication with the secondary base station; and establishing means for establishing a connection for the data communication with the secondary base station in response to receiving a predetermined signal from the master base station after transmitting the measurement report including the first quality and the second quality. determination means for determining whether or not to also perform communication in dual connectivity with a secondary base station , in addition to a master base station , for the data communication; measurement means for measuring a first quality, which is a quality of a signal received from the master base station which performs communication in accordance with an LTE communication system conforming to a 3GPP, Third Generation Partnership Project, standard, and a second quality, which is a quality of a signal received from the secondary base station which performs communication in accordance with a 5G communication system conforming to the 3GPP standard; transmission means for transmitting a measurement report including the first quality and the second quality to the master base station in a case where it is determined by the determination means to also perform communication with the secondary base station, and transmitting a measurement report including the first quality and not including the second quality to the master base station in a case where it is determined by the determination means not to perform communication with the secondary base station; and establishing means for establishing a connection for the data communication with the secondary base station in response to receiving a predetermined signal from the master base station after transmitting the measurement report including the first quality and the second quality.