mhurhangee/patent-ind-claim-en huggingface dataset:
Make-up pencil mold comprising a tubular body associated with a cup-shaped element at a bottom thereof , a reducer inserted inside of the tubular body , and a casing of a make-up pencil having a through cavity configured to contain at least partially a cast make-up pencil , the casing being inserted inside the reducer and being sealedly coupled to the cup-shaped element , the cup-shaped element comprising a support structure made of rigid material, bound to a casting structure made of silicone, the casting structure having a shaped cavity configured to contain the cast make-up product so as to form a tip of the make-up pencil once the make-up product has solidified.
A method for wireless communication by a user equipment "UE", comprising: receiving a configuration for reporting differential channel state information "CSI" feedback, wherein the configuration comprises at least an indication of when the UE is to report the differential CSI feedback, wherein: the indication triggers the UE to periodically transmit a differential CSI feedback report over one or more time periods; and reporting differential CSI feedback according to the configuration, , wherein the reporting differential CSI feedback further comprises: transmitting, during each time period, a differential CSI feedback report; transmitting a plurality of feedback components associated with one or more first CSI feedback stages of the differential CSI feedback report; after transmitting the plurality of feedback components, determining an updated feedback component for a first feedback component of the plurality of feedback components; and transmitting the updated feedback component during a subsequent second CSI feedback stage of the differential CSI feedback report, wherein the transmitted updated feedback component replaces the first feedback component. the indication triggers the UE to periodically transmit a differential CSI feedback report over one or more time periods; and reporting differential CSI feedback according to the configuration, , wherein the reporting differential CSI feedback further comprises: transmitting, during each time period, a differential CSI feedback report; transmitting a plurality of feedback components associated with one or more first CSI feedback stages of the differential CSI feedback report; after transmitting the plurality of feedback components, determining an updated feedback component for a first feedback component of the plurality of feedback components; and transmitting the updated feedback component during a subsequent second CSI feedback stage of the differential CSI feedback report, wherein the transmitted updated feedback component replaces the first feedback component. transmitting, during each time period, a differential CSI feedback report; transmitting a plurality of feedback components associated with one or more first CSI feedback stages of the differential CSI feedback report; after transmitting the plurality of feedback components, determining an updated feedback component for a first feedback component of the plurality of feedback components; and transmitting the updated feedback component during a subsequent second CSI feedback stage of the differential CSI feedback report, wherein the transmitted updated feedback component replaces the first feedback component.
A method for performing, by a terminal, a cell reselection procedure in a wireless communication system, the method comprising: receiving (S602) mobility state information indicating a most suitable mobility state of the terminal for each of a plurality of frequencies; measuring (S604) a mobility state of the terminal; adjusting (S606) a priority of a most suitable frequency for the measured mobility state to have a highest priority, wherein said most suitable frequency is determined based on the mobility state information; wherein said method is characterized by : determining that a cell on the most suitable frequency is able to provide a paging with shorter periodicity than a general paging, when the terminal is interested in an ultra-reliable low latency communications, URLLC, service; and performing (S608) a cell reselection procedure to the most suitable frequency, upon determining that the cell is able to provide the paging with the shorter periodicity. receiving (S602) mobility state information indicating a most suitable mobility state of the terminal for each of a plurality of frequencies; measuring (S604) a mobility state of the terminal; adjusting (S606) a priority of a most suitable frequency for the measured mobility state to have a highest priority, wherein said most suitable frequency is determined based on the mobility state information; determining that a cell on the most suitable frequency is able to provide a paging with shorter periodicity than a general paging, when the terminal is interested in an ultra-reliable low latency communications, URLLC, service; and performing (S608) a cell reselection procedure to the most suitable frequency, upon determining that the cell is able to provide the paging with the shorter periodicity.
A compound of Formula Vb: or a pharmaceutically acceptable salt thereof, wherein: R 1 is aryl or heteroaryl; R 4 is halo, cyano, alkyl, sulfonamide, sulfinyl, sulfonyl or sulfoximinyl; R 5 is hydrogen, halo or alkyl; and R 8 is hydroxy, alkylamino, alkoxy or amino. R 1 is aryl or heteroaryl; R 4 is halo, cyano, alkyl, sulfonamide, sulfinyl, sulfonyl or sulfoximinyl; R 5 is hydrogen, halo or alkyl; and R 8 is hydroxy, alkylamino, alkoxy or amino.
A method of producing, from hydrophilic carbon black particles and at least one curable, hydrophobic silicone pre-polymer, an elastomeric composition containing dispersed carbon black particles, the method comprising: a) contacting the hydrophilic carbon black particles with a dispersant to produce treated carbon black particles, said dispersant being miscible in the at least one curable, hydrophobic silicone pre-polymer, said dispersant having at least one carbon-black-affinic moiety having affinity to a hydrophilic surface of the hydrophilic carbon black particles, and said dispersant includes, mainly includes, or consists essentially of a branched molecule having a backbone having A atoms and N branching units branching from said backbone, A being at least 50, and N being at least one, wherein at least one of said backbone and said one or more branching units is siloxane-based, or contains at least one siloxane unit; b) mixing said treated carbon black particles within the at least one curable hydrophobic silicone pre-polymer to produce a dispersed composition; and c) addition-curing the at least one curable hydrophobic silicone pre-polymer of said dispersed composition to produce the elastomeric composition containing the dispersed carbon black particles. a) contacting the hydrophilic carbon black particles with a dispersant to produce treated carbon black particles, said dispersant being miscible in the at least one curable, hydrophobic silicone pre-polymer, said dispersant having at least one carbon-black-affinic moiety having affinity to a hydrophilic surface of the hydrophilic carbon black particles, and said dispersant includes, mainly includes, or consists essentially of a branched molecule having a backbone having A atoms and N branching units branching from said backbone, A being at least 50, and N being at least one, wherein at least one of said backbone and said one or more branching units is siloxane-based, or contains at least one siloxane unit; b) mixing said treated carbon black particles within the at least one curable hydrophobic silicone pre-polymer to produce a dispersed composition; and c) addition-curing the at least one curable hydrophobic silicone pre-polymer of said dispersed composition to produce the elastomeric composition containing the dispersed carbon black particles.
A method of wireless communications, comprising: splitting a downlink control information, DCI, into a first stage and a second stage, the first stage and the second stage being configured to schedule uplink resources for an uplink data channel or downlink resources for a downlink data channel; generating multiple control resource blocks, CRBs, for a control channel, each CRB of the multiple CRBs having a reference signal, RS, and data resource elements, REs, each CRB of the multiple CRBs having a first orthogonal frequency-division multiple, OFDM, symbol and a second OFDM symbol, and the multiple CRBs being configured to support a dual-stage delivery of the DCI by having the first stage of the DCI in the first OFDM symbol and the second stage of the DCI in the second OFDM symbol; and precoding the multiple CRBs such that the RS and the data REs within each CRB are precoded in a same fashion. splitting a downlink control information, DCI, into a first stage and a second stage, the first stage and the second stage being configured to schedule uplink resources for an uplink data channel or downlink resources for a downlink data channel; generating multiple control resource blocks, CRBs, for a control channel, each CRB of the multiple CRBs having a reference signal, RS, and data resource elements, REs, each CRB of the multiple CRBs having a first orthogonal frequency-division multiple, OFDM, symbol and a second OFDM symbol, and the multiple CRBs being configured to support a dual-stage delivery of the DCI by having the first stage of the DCI in the first OFDM symbol and the second stage of the DCI in the second OFDM symbol; and precoding the multiple CRBs such that the RS and the data REs within each CRB are precoded in a same fashion.
An ultrasonic flow meter comprising: a meter body having a longitudinal axis and comprising a fluid passageway therethrough and an outer surface ; and a plurality of electronics housings supported on the meter body by a mounting member , wherein the mounting member comprises: a base supported by the outer surface of the meter body ; a tubular member extending from the base , the tubular member having a passage extending therethrough for the passing of a transducer cable ; and a bracket member coupled to the tubular member distal the base , the bracket member having a pair of elongate slots , each configured to allow for the passage of a transducer cable to one of the electronics housings ; characterized in that the mounting member further comprises a first removeable cover forming a first chamber between the first removeable cover and the bracket member , the first removeable cover comprising a bottom , and a pair of sides coupled to said bottom , the sides comprising a pair of rails slidingly received within a pair of grooves of the bracket member . a meter body having a longitudinal axis and comprising a fluid passageway therethrough and an outer surface ; and a plurality of electronics housings supported on the meter body by a mounting member , wherein the mounting member comprises: a base supported by the outer surface of the meter body ; a tubular member extending from the base , the tubular member having a passage extending therethrough for the passing of a transducer cable ; and a bracket member coupled to the tubular member distal the base , the bracket member having a pair of elongate slots , each configured to allow for the passage of a transducer cable to one of the electronics housings ; a base supported by the outer surface of the meter body ; a tubular member extending from the base , the tubular member having a passage extending therethrough for the passing of a transducer cable ; and a bracket member coupled to the tubular member distal the base , the bracket member having a pair of elongate slots , each configured to allow for the passage of a transducer cable to one of the electronics housings ; characterized in that the mounting member further comprises a first removeable cover forming a first chamber between the first removeable cover and the bracket member , the first removeable cover comprising a bottom , and a pair of sides coupled to said bottom , the sides comprising a pair of rails slidingly received within a pair of grooves of the bracket member .
Pot lid for a household cooking pot, comprising a conical main body having a lid edge designed to interact with the upper edge of a cooking pot or pan, which main body comprises a central through-opening , which pot lid , on its lid top side , comprises a channel which is connected to the through-opening and extends at least over part of the lid radius towards the lid edge and is open towards the lid edge, characterized in that the lid bottom side of the pot lid comprises a downwardly projecting spiral guide wall extending from the lid edge towards the through-opening .
Electromagnetic coil arrangement for an electromagnetic stirrer roller of a continuous casting plant, comprising an iron core with a cross section A and a first longitudinal extent L1, and at least three coil winding assemblies enclosing the iron core , two fastening stubs , two electrical connection contacts , which are connected in each case to at least one coil winding assembly , wherein the fastening stubs are arranged on the iron core in each case at the end faces, characterized in that the coil winding assemblies closest to the fastening stubs in each case and all of the coil winding assemblies electrically connected to them have a greater total number of turns than a total number of turns of all the other coil winding assemblies that are respectively electrically connected to one another.
Device for introducing an object into a pipe comprising a guide and a positioning device movably guided in an introduction direction by means of the guide , wherein the guide is configured such that it is securely connected to the pipe and movably guides the positioning device on the pipe , wherein the positioning device is configured such that it extends through a hole provided in the wall of the pipe , supports the object and is able to introduce said object into the pipe by moving the positioning device in the introduction direction , and wherein the positioning device comprises a receptacle formed as a tube, which is configured such that it can be inserted into the pipe in the introduction direction and position the object at its end region facing towards the pipe , further comprising a linear one-way clutch , which is securely connected to the guide and comprises a clamping mechanism that can be actuated by moving the positioning device , wherein the positioning device comprises a locking component that cooperates with the one-way clutch and is configured such that it is connected to the pipe with the interconnection of the one-way clutch , which adopts its blocking state when the positioning device moves against the introduction direction and adopts its one-way clutch position when the positioning device moves in the introduction direction , wherein the locking component is formed either by the receptacle or is securely connected to the receptacle and formed by at least one cable , and wherein the one-way clutch comprises a housing , through which the locking component extends in the introduction direction , in which housing a clamping surface running in an inclined or curved manner in the introduction direction is provided and at least one movable clamping element is arranged between the locking component and the clamping surface , which abuts both the clamping surface and the locking component such that the latter can be moved relative to the housing in the introduction direction , while movement of the locking component in the opposite direction to the introduction direction can be blocked by a cooperation of the clamping element with the locking component and the clamping surface .
A discharge device which discharges a viscous material (M) from a nozzle communicating with a cylinder by pressurizing the viscous material (M) supplied to the cylinder , the device comprising: a supply valve which controls a supply of the viscous material (M) to the cylinder ; a plunger which applies a pressure to the viscous material (M) supplied to the cylinder ; a ball screw which is movable in a same direction as a back-and-forth direction of the plunger ; a motor which is connected to the ball screw through a power transmission mechanism , characterized by a pressure sensor which is arranged in the cylinder and detects a pressure of the viscous material (M) supplied into the cylinder , wherein the discharge device is configured to correct the internal pressure of the cylinder by raising the ball screw with the supply valve being closed to drop the internal pressure of the cylinder to a desired value after the viscous material (M) is supplied to the cylinder , wherein the pressure sensor is configured to detect the internal pressure of the cylinder after correcting the internal pressure, and wherein the plunger and the ball screw are not connected. a supply valve which controls a supply of the viscous material (M) to the cylinder ; a plunger which applies a pressure to the viscous material (M) supplied to the cylinder ; a ball screw which is movable in a same direction as a back-and-forth direction of the plunger ; a motor which is connected to the ball screw through a power transmission mechanism , characterized by a pressure sensor which is arranged in the cylinder and detects a pressure of the viscous material (M) supplied into the cylinder , wherein the discharge device is configured to correct the internal pressure of the cylinder by raising the ball screw with the supply valve being closed to drop the internal pressure of the cylinder to a desired value after the viscous material (M) is supplied to the cylinder , wherein the pressure sensor is configured to detect the internal pressure of the cylinder after correcting the internal pressure, and wherein the plunger and the ball screw are not connected.
An autonomous visual pointing module producing location information about a target aimed at by a user and intended to be installed on portable equipment to form a portable and autonomous visual target pointing system, the target location information being at least the target heading, the module including: - an autonomous power supply , - control, calculation and user-interfacing electronic circuits , - a motion sensor including an inertial navigation system, INS, providing the module location and heading, or an attitude heading reference system, AHRS, providing only the heading, - a satellite geolocation receiver, GNSS, for providing the module location in real time and continuously, and for hybridizing the inertial sensors, - an optronic unit including a set of optical sensors of the viewfinder and/or camera type, for visually pointing the module to the aimed-at target, and a rangefinder for determining the distance between the target and the module, characterized in that the motion sensor includes gyrometers and accelerometers, and in that the gyrometers are of the hemispherical-resonator, HRG, type, making it possible to autonomously determine the North direction and in that the module further comprises repositioning means thanks to angular or triangulation measurements of several visible points of reference visible by the optronic unit and having known locations in the case the satellite geolocation receiver, GNSS, could not provide the module position. - an autonomous power supply , - control, calculation and user-interfacing electronic circuits , - a motion sensor including an inertial navigation system, INS, providing the module location and heading, or an attitude heading reference system, AHRS, providing only the heading, - a satellite geolocation receiver, GNSS, for providing the module location in real time and continuously, and for hybridizing the inertial sensors, - an optronic unit including a set of optical sensors of the viewfinder and/or camera type, for visually pointing the module to the aimed-at target, and a rangefinder for determining the distance between the target and the module, characterized in that the motion sensor includes gyrometers and accelerometers, and in that the gyrometers are of the hemispherical-resonator, HRG, type, making it possible to autonomously determine the North direction and in that the module further comprises repositioning means thanks to angular or triangulation measurements of several visible points of reference visible by the optronic unit and having known locations in the case the satellite geolocation receiver, GNSS, could not provide the module position. characterized in that the motion sensor includes gyrometers and accelerometers, and in that the gyrometers are of the hemispherical-resonator, HRG, type, making it possible to autonomously determine the North direction and in that the module further comprises repositioning means thanks to angular or triangulation measurements of several visible points of reference visible by the optronic unit and having known locations in the case the satellite geolocation receiver, GNSS, could not provide the module position.
A method for channel encoding, applied to a burst interference system, wherein the burst interference system comprises a control device and at least one controlled device, and the method comprises: selecting, by the control device, according to a currently measured channel interference condition, a channel encoding manner used by the control device, wherein the channel interference condition is obtained by detecting received power on at least one subcarrier; and sending (S201), by the control device, configuration information to a controlled device of the at least one controlled device, wherein the configuration information is used to configure the channel encoding manner corresponding to at least one semi-static scheduling configuration; wherein the channel encoding manner comprises polar encoding or Reed-Solomon, RS, encoding; wherein selecting, by the control device, according to the currently measured channel interference condition, the channel encoding manner used by the control device comprises: when the control device detects that the received power on the at least one subcarrier is higher than received power of a subcarrier where an uplink reference signal is located, reconfiguring, by the control device, the channel encoding manner, which corresponds to the semi-static scheduling configuration using the polar encoding, to the RS encoding. selecting, by the control device, according to a currently measured channel interference condition, a channel encoding manner used by the control device, wherein the channel interference condition is obtained by detecting received power on at least one subcarrier; and sending (S201), by the control device, configuration information to a controlled device of the at least one controlled device, wherein the configuration information is used to configure the channel encoding manner corresponding to at least one semi-static scheduling configuration; wherein the channel encoding manner comprises polar encoding or Reed-Solomon, RS, encoding; wherein selecting, by the control device, according to the currently measured channel interference condition, the channel encoding manner used by the control device comprises: when the control device detects that the received power on the at least one subcarrier is higher than received power of a subcarrier where an uplink reference signal is located, reconfiguring, by the control device, the channel encoding manner, which corresponds to the semi-static scheduling configuration using the polar encoding, to the RS encoding.