mhurhangee/patent-ind-claim-en huggingface dataset:
An antenna system, comprising: an antenna having an antenna aperture ; and a polarizer array comprising a support structure , at least two polarizer elements arranged relative to the support structure, each of the at least two polarizer elements rotatable about a separate axis, and an actuator coupled to the at least two polarizer elements, the actuator operative to effect common rotation of the at least two polarizer elements, wherein the polarizer array is arranged to at least partially cover the antenna aperture , characterised in that interstitial regions are defined by portions of the antenna aperture uncovered by the polarizer array , the system further comprising inserts placed in the interstitial regions on the antenna aperture , the inserts configured to match an insertion phase of the at least two polarizers . an antenna having an antenna aperture ; and a polarizer array comprising a support structure , at least two polarizer elements arranged relative to the support structure, each of the at least two polarizer elements rotatable about a separate axis, and an actuator coupled to the at least two polarizer elements, the actuator operative to effect common rotation of the at least two polarizer elements, a support structure , at least two polarizer elements arranged relative to the support structure, each of the at least two polarizer elements rotatable about a separate axis, and an actuator coupled to the at least two polarizer elements, the actuator operative to effect common rotation of the at least two polarizer elements, wherein the polarizer array is arranged to at least partially cover the antenna aperture , characterised in that interstitial regions are defined by portions of the antenna aperture uncovered by the polarizer array , the system further comprising inserts placed in the interstitial regions on the antenna aperture , the inserts configured to match an insertion phase of the at least two polarizers .
A method for transferring energy, said method comprising the steps of: a. feeding a material (m) comprising an absorbed fluid into a first part of a tube (t) at a defined rate, wherein the material (m) has the ability to absorb the fluid at a second temperature and the ability to desorb the absorbed fluid at a higher first temperature, wherein the material (m) is present as particles, b. heating the tube (t) to at least the higher first temperature so that at least a part of the fluid is desorbed in gas phase from the material (m), wherein a fluid flow is created by the desorbed fluid in the tube (t), causing a flow of the material (m) present as particles, wherein the cross sectional area (A) of the tube (t), the length (L pipe ) of the tube (t), and the inside volume of the tube (t) are adapted to the defined feeding rate of the amount of material (m) comprising absorbed fluid, which is fed into the first part of the tube (t), wherein the fluid flow in the entire tube (t) has a velocity higher than the saltation velocity (u salt ) and c. performing one of i. separating at least a part of the material (m) from the fluid exiting the tube (t) to obtain material (m) with no or reduced amount of absorbed fluid, and ii. cooling the material (m) and fluid exiting from the tube (t) so that at least a part of the fluid is absorbed by the material (m) whereby heat is released. a. feeding a material (m) comprising an absorbed fluid into a first part of a tube (t) at a defined rate, wherein the material (m) has the ability to absorb the fluid at a second temperature and the ability to desorb the absorbed fluid at a higher first temperature, wherein the material (m) is present as particles, b. heating the tube (t) to at least the higher first temperature so that at least a part of the fluid is desorbed in gas phase from the material (m), wherein a fluid flow is created by the desorbed fluid in the tube (t), causing a flow of the material (m) present as particles, wherein the cross sectional area (A) of the tube (t), the length (L pipe ) of the tube (t), and the inside volume of the tube (t) are adapted to the defined feeding rate of the amount of material (m) comprising absorbed fluid, which is fed into the first part of the tube (t), wherein the fluid flow in the entire tube (t) has a velocity higher than the saltation velocity (u salt ) and c. performing one of i. separating at least a part of the material (m) from the fluid exiting the tube (t) to obtain material (m) with no or reduced amount of absorbed fluid, and ii. cooling the material (m) and fluid exiting from the tube (t) so that at least a part of the fluid is absorbed by the material (m) whereby heat is released. i. separating at least a part of the material (m) from the fluid exiting the tube (t) to obtain material (m) with no or reduced amount of absorbed fluid, and ii. cooling the material (m) and fluid exiting from the tube (t) so that at least a part of the fluid is absorbed by the material (m) whereby heat is released.
A computer-implemented method comprising: receiving , at a cloud storage server , a detection notification from a client device , the cloud storage server configured to store files received from the client device , the detection notification indicating a ransomware activity detected by the client device ; in response to receiving the detection notification from the client device , pausing , at the cloud storage server , a server-based ransomware detection notification designated for the client device ; receiving , at the cloud storage server , a remediation notification from the client device , the remediation notification indicating that the ransomware activity has been remediated by the client device ; in response to receiving the remediation notification from the client device , resuming , at the cloud storage server , the server-based ransomware detection notification designated for the client device ; and updating an operation of the cloud storage server based on the detection notification and the remediation notification . receiving , at a cloud storage server , a detection notification from a client device , the cloud storage server configured to store files received from the client device , the detection notification indicating a ransomware activity detected by the client device ; in response to receiving the detection notification from the client device , pausing , at the cloud storage server , a server-based ransomware detection notification designated for the client device ; receiving , at the cloud storage server , a remediation notification from the client device , the remediation notification indicating that the ransomware activity has been remediated by the client device ; in response to receiving the remediation notification from the client device , resuming , at the cloud storage server , the server-based ransomware detection notification designated for the client device ; and updating an operation of the cloud storage server based on the detection notification and the remediation notification .
An access point which is configured to perform communication with a station , in a communication system requiring carrier sense by clear channel assessment, CCA, wherein the access point is configured to signal information indicating a length in time of a first CCA section to the station , and to signal information indicating a length in time of a second CCA section to the station , wherein the information instructs the station to perform the carrier sense based on a first CCA level in the first CCA section, and to perform the carrier sense based on a second CCA level in the second CCA section, wherein the first CCA level is higher than the second CCA level, and wherein the information indicating the first CCA section and the information indicating the second CCA section are included in a PHY header of a frame broadcasted from the access point to the station . wherein the access point is configured to signal information indicating a length in time of a first CCA section to the station , and to signal information indicating a length in time of a second CCA section to the station , wherein the information instructs the station to perform the carrier sense based on a first CCA level in the first CCA section, and to perform the carrier sense based on a second CCA level in the second CCA section, wherein the first CCA level is higher than the second CCA level, and wherein the information indicating the first CCA section and the information indicating the second CCA section are included in a PHY header of a frame broadcasted from the access point to the station .
A thermal management system for a heat source , the system comprising a closed loop: a fluid coolant to extract thermal energy from the heat source, a pump to pump the fluid coolant around the system; a heat exchanger to extract thermal energy from the fluid coolant; and a temperature control unit (TCU) on the closed loop, the TCU located after the heat exchanger and before the heat source, wherein the TCU is adapted to heat the fluid coolant to a pre-determined temperature, characterized in that the fluid coolant comprises: a carrier fluid ; and encapsulated phase change material (PCM) particles suspended in the carrier fluid. a fluid coolant to extract thermal energy from the heat source, a pump to pump the fluid coolant around the system; a heat exchanger to extract thermal energy from the fluid coolant; and a temperature control unit (TCU) on the closed loop, the TCU located after the heat exchanger and before the heat source, wherein the TCU is adapted to heat the fluid coolant to a pre-determined temperature, characterized in that the fluid coolant comprises: a carrier fluid ; and encapsulated phase change material (PCM) particles suspended in the carrier fluid.
A package formed from a multilayer structure which comprises a nonwoven layer; a coextruded multilayer film having a polyolefin-based sealant layer with a melting point of equal to or less than 90 °C: wherein the nonwoven layer forms an outer layer of the package.
A method for direct activity launch within interactive content, the method comprising: storing data in memory of a platform server regarding a plurality of interactive content titles, each interactive content title including a virtual environment and associated with one or more templates each linking to a specified starting point of an activity within the virtual environment; establishing a session between a user device and the platform server, wherein a set of templates is provided to the user device during the session, the set of templates including one or more templates associated with a first interactive content title and one or more templates associated with another interactive content title; providing an interface display to the user device, the interface display including a set of activities corresponding to the set of templates; receiving a selection of one of the set of activities in the interface display, the selection received from the user device; identifying which of the set of templates and which of the plurality of interactive content titles are associated with the selected activity; and launching the virtual environment of the identified interactive content title at the specified starting point, specified by the identified template associated with the selected activity, wherein launching the virtual environment at the specified starting point includes skipping a portion of the identified interactive content title, wherein the identified template associated with the selected activity corresponds to a chapter of a game storyline and the specified starting point of the selected activity is at a specific location within the virtual environment of the identified interactive content title and at a specific point in time in the game storyline, or wherein the specified starting point of the selected activity begins with matching a user of the user device to a competitive match. storing data in memory of a platform server regarding a plurality of interactive content titles, each interactive content title including a virtual environment and associated with one or more templates each linking to a specified starting point of an activity within the virtual environment; establishing a session between a user device and the platform server, wherein a set of templates is provided to the user device during the session, the set of templates including one or more templates associated with a first interactive content title and one or more templates associated with another interactive content title; providing an interface display to the user device, the interface display including a set of activities corresponding to the set of templates; receiving a selection of one of the set of activities in the interface display, the selection received from the user device; identifying which of the set of templates and which of the plurality of interactive content titles are associated with the selected activity; and
A method of extending at least one nucleic acid template comprising a repeating A/T-rich segment, the method comprising performing a nucleic acid amplification reaction in an aqueous solution comprising the at least one nucleic acid template; at least one polymerase; at least one primer; magnesium; and NTPs in an AT/GC molar ratio in the range of about 10 to about 40; and wherein the repeating A/T-rich segment is: (i) a homopolymeric segment comprising at least 10 A residues, at least 10 T residues, or at least 10 U residues, wherein the at least 10 A, T, or U residues are consecutive or interrupted once by one to three other nucleotides; or (ii) a segment comprising (T n A) m , (AT n ) m , (TA n ) m , or (A n T) m , wherein n is 2 or greater and m is such that the length of the repeating A/T-rich segment is 10 or more residues. (i) a homopolymeric segment comprising at least 10 A residues, at least 10 T residues, or at least 10 U residues, wherein the at least 10 A, T, or U residues are consecutive or interrupted once by one to three other nucleotides; or (ii) a segment comprising (T n A) m , (AT n ) m , (TA n ) m , or (A n T) m , wherein n is 2 or greater and m is such that the length of the repeating A/T-rich segment is 10 or more residues.
Applicator for applying a product (P) to the eyelashes and/or eyebrows, having an applicator member that is produced by moulding material, this applicator member having: - a core that extends along a longitudinal axis (X), - spikes that are carried by the core and have a convex polygonal cross section with at least six sides, two opposite sides of which are oriented more or less perpendicularly to the longitudinal axis (X) of the core and form an angle with it of 90° ± 10°, the applicator having, when viewed from the side in a direction perpendicular to the longitudinal axis of the core, a series of circumferentially extending crowns , the number of spikes in one crown being different from that in an adjacent crown , the spikes of a given crown being situated between those of the next crown when the applicator member is viewed along the longitudinal axis (X). - a core that extends along a longitudinal axis (X), - spikes that are carried by the core and have a convex polygonal cross section with at least six sides, two opposite sides of which are oriented more or less perpendicularly to the longitudinal axis (X) of the core and form an angle with it of 90° ± 10°, the applicator having, when viewed from the side in a direction perpendicular to the longitudinal axis of the core, a series of circumferentially extending crowns , the number of spikes in one crown being different from that in an adjacent crown ,
A method for signal transmission, comprising: transmitting to a terminal device, by a network device, a mapping relationship between a Sounding Reference Signal, SRS, resource group and a downlink reference signal through Radio Resource Control, RRC, signaling, wherein the mapping relationship further comprises a state identifier, and the state identifier is used to identify the mapping relationship between the SRS resource group and the downlink reference signal; and transmitting, by the network device, indication information to the terminal device, the indication information being used to indicate the state identifier, the state identifier being used to trigger the terminal device to transmit an SRS with the mapping relationship identified by the state identifier to the network device. transmitting to a terminal device, by a network device, a mapping relationship between a Sounding Reference Signal, SRS, resource group and a downlink reference signal through Radio Resource Control, RRC, signaling, wherein the mapping relationship further comprises a state identifier, and the state identifier is used to identify the mapping relationship between the SRS resource group and the downlink reference signal; and transmitting, by the network device, indication information to the terminal device, the indication information being used to indicate the state identifier, the state identifier being used to trigger the terminal device to transmit an SRS with the mapping relationship identified by the state identifier to the network device.
A preparation method of a carotenoid water-dispersible microcapsule preparation with high bioavailability and high stability, the preparation method comprising the following steps: a) dissolving part of a water-soluble colloid and a filling substance in water to form an aqueous phase; b) adding a carotenoid crystal to the aqueous phase and stirring for dispersion so as to form a dispersion liquid; c) loading the dispersion liquid into a first-stage grinding machine for first grinding to form a first-stage grinding liquid; d) adding the remaining water-soluble colloid and filling substance to the first-stage grinding liquid, loading same into a second grinding machine for secondary grinding to obtain a second-stage grinding liquid; and e) drying the moisture in the second-stage grinding liquid to obtain carotenoid dry powder or particles. a) dissolving part of a water-soluble colloid and a filling substance in water to form an aqueous phase; b) adding a carotenoid crystal to the aqueous phase and stirring for dispersion so as to form a dispersion liquid; c) loading the dispersion liquid into a first-stage grinding machine for first grinding to form a first-stage grinding liquid; d) adding the remaining water-soluble colloid and filling substance to the first-stage grinding liquid, loading same into a second grinding machine for secondary grinding to obtain a second-stage grinding liquid; and e) drying the moisture in the second-stage grinding liquid to obtain carotenoid dry powder or particles.
A method of redistribution of user equipments, UEs, from one cell to another cell performed by a user equipment, UE, which is in a radio resource control, RRC, inactive state, the method comprising camping on a camping cell; acquiring an radio access network notification area, RNA, information of a plurality of cell redistribution candidates and acquiring redistribution parameters of the plurality of cell redistribution candidates from a base station, gNB, (S701); (S701); filtering out the cell redistribution candidate which do not belong to a configured RNA of the UE based on the RNA information; measuring the remaining redistribution candidates and verifying whether any of the redistribution parameters of the remaining redistribution candidates become valid to determine a target cell (S704); and performing a cell re-selection procedure to camp on the target cell from the camping cell (S705), wherein the RNA information contains at least a RNA code or a tracking area identity list. camping on a camping cell; acquiring an radio access network notification area, RNA, information of a plurality of cell redistribution candidates and acquiring redistribution parameters of the plurality of cell redistribution candidates from a base station, gNB, (S701); (S701); filtering out the cell redistribution candidate which do not belong to a configured RNA of the UE based on the RNA information; measuring the remaining redistribution candidates and verifying whether any of the redistribution parameters of the remaining redistribution candidates become valid to determine a target cell (S704); and performing a cell re-selection procedure to camp on the target cell from the camping cell (S705), wherein the RNA information contains at least a RNA code or a tracking area identity list.
A pneumatic tire comprising: a pair of beads ; a pair of sidewalls extending from each of the pair of beads to an outer side in a tire-radial direction; a tread disposed between the pair of sidewalls and having a tread surface ; a carcass ply bridged between the pair of beads ; an inner liner disposed at a tire inner cavity side of the carcass ply ; a sealant layer disposed on an inner surface at the tire inner cavity side of the inner liner ; and a sound absorbing layer disposed at a tire inner cavity side of the sealant layer , characterized in that a plurality of grooves extending in a tire-circumferential direction is disposed in the tread surface of the tread , wherein the sealant layer has a plurality of circling parts provided in a belt shape in an annular portion of the inner surface of the inner liner corresponding to each of the plurality of grooves , and wherein the sound absorbing layer is disposed in a shape spanning in the tire-width direction the plurality of circling parts . a pair of beads ; a pair of sidewalls extending from each of the pair of beads to an outer side in a tire-radial direction; a tread disposed between the pair of sidewalls and having a tread surface ; a carcass ply bridged between the pair of beads ; an inner liner disposed at a tire inner cavity side of the carcass ply ; a sealant layer disposed on an inner surface at the tire inner cavity side of the inner liner ; and a sound absorbing layer disposed at a tire inner cavity side of the sealant layer , characterized in that a plurality of grooves extending in a tire-circumferential direction is disposed in the tread surface of the tread , wherein the sealant layer has a plurality of circling parts provided in a belt shape in an annular portion of the inner surface of the inner liner corresponding to each of the plurality of grooves , and wherein the sound absorbing layer is disposed in a shape spanning in the tire-width direction the plurality of circling parts .