mhurhangee/ep-ind-claims huggingface dataset:
A method of providing monitoring, the method comprising: receiving a distance between a first sag transceiver and a second sag transceiver comprising a first distance; receiving a distance between the first sag transceiver and a third sag transceiver comprising a second distance; receiving a distance between the second sag transceiver and the third sag transceiver comprising a third distance; calculating a current location of a point on a span of conductor based upon the first distance, the second distance, and the third distance; and calculating a sag of the span of conductor based upon the calculated current location of the point on the span of conductor and a previous location of the point on the span of conductor. receiving a distance between a first sag transceiver and a second sag transceiver comprising a first distance; receiving a distance between the first sag transceiver and a third sag transceiver comprising a second distance; receiving a distance between the second sag transceiver and the third sag transceiver comprising a third distance; calculating a current location of a point on a span of conductor based upon the first distance, the second distance, and the third distance; and calculating a sag of the span of conductor based upon the calculated current location of the point on the span of conductor and a previous location of the point on the span of conductor.
A method, comprising: receiving, by a user equipment, an indication of a set of reference symbols or reference signals co-location rules to apply from at least three sets of reference symbols or reference signals co-location rules; and applying the indicated set of reference symbols or reference signals co-location rules; wherein the indication comprises information regarding whether a receiver of the user equipment should use non-isotropic operation, information regarding user equipment beamforming configuration in reception and information regarding which reference symbols or reference signals are co-located with one another. receiving, by a user equipment, an indication of a set of reference symbols or reference signals co-location rules to apply from at least three sets of reference symbols or reference signals co-location rules; and applying the indicated set of reference symbols or reference signals co-location rules; wherein the indication comprises information regarding whether a receiver of the user equipment should use non-isotropic operation, information regarding user equipment beamforming configuration in reception and information regarding which reference symbols or reference signals are co-located with one another.
A board inspection method of inspecting whether a board is good or no good, which is performed by a board inspecting apparatus, the board inspection method comprising: transferring a board on which solder is formed to a work stage; and inspecting warpage of the board based on height information measured by providing a plurality of pattern lights or a distance between at least two identification marks formed on the board, characterized by further comprising: in case that a warpage degree is within a tolerance in the board as a result of the inspection, transmitting information for the warpage to a mounter; and in case that the warpage degree is not within the tolerance in a partial region of the board and that the warpage does not exist or the warpage degree is within the tolerance in a remaining region, transmitting the information for the warpage including command of mount or no-mount for each region to the mounter. transferring a board on which solder is formed to a work stage; and inspecting warpage of the board based on height information measured by providing a plurality of pattern lights or a distance between at least two identification marks formed on the board, characterized by further comprising: in case that a warpage degree is within a tolerance in the board as a result of the inspection, transmitting information for the warpage to a mounter; and in case that the warpage degree is not within the tolerance in a partial region of the board and that the warpage does not exist or the warpage degree is within the tolerance in a remaining region, transmitting the information for the warpage including command of mount or no-mount for each region to the mounter.
A process for preparing a compound of formula or a salt thereof comprising the reductive amination of a compound of formula by reaction with -1-(1-naphthyl)ethylamine of formula or a salt thereof in the presence of a selective reducing agent of the imines characterized in that the compound of formula is prepared by oxidation of a compound of formula with dimethyl sulphoxide (DMSO) activated with P 2 O 5.
A method for transmitting control information of a base station in a mobile communication system, the method comprising: identifying first information for a plural carrier mode, the first information indicating that a carrier on which the control information is transmitted is the same carrier compared to a carrier on which data is received, or the first information indicating an index of the carrier on which the control information is transmitted in case that the carrier on which the control information is transmitted is another carrier compared to the carrier on which the data is received(510, 513); transmitting a control signaling including the first information for transmitting the control information (508, 511, 514); transmitting(509, 512, 515) the control information on a physical control channel on the carrier corresponding to the first information; and receiving the data on the carrier. identifying first information for a plural carrier mode, the first information indicating that a carrier on which the control information is transmitted is the same carrier compared to a carrier on which data is received, or the first information indicating an index of the carrier on which the control information is transmitted in case that the carrier on which the control information is transmitted is another carrier compared to the carrier on which the data is received(510, 513); transmitting a control signaling including the first information for transmitting the control information (508, 511, 514); transmitting(509, 512, 515) the control information on a physical control channel on the carrier corresponding to the first information; and receiving the data on the carrier.
Filter cartridge for the filtration of liquids, wherein the filter cartridge has a filter chamber housing with an inlet opening and with an outlet opening for a liquid flowing through the filter chamber housing, wherein at least one filter medium for the filtration of the liquid flowing through is arranged within a filter chamber volume enclosed by the filter chamber housing, and wherein the filter cartridge has a compression device with at least one compression element, with which a compression force can be exerted on the filter medium in order to compress the filter medium, wherein the filter cartridge has two filter chamber sections which are each filled with a granular filter medium and between which the compression device is arranged, wherein the compression device forms a separating device with which the two filter media in the two filter chamber sections are separated from one another, the separating device allowing for or being bypassed by a fluid-conductive connection between the filter chamber sections, and wherein the compression device is designed in such a way that the compression device can carry out an expansion movement and a compressive force is thereby exerted on the filter medium in each of the two filter chamber sections, characterised in that the at least one compression element is arranged between two pressure elements, each of which is pressed into a respective filter chamber section by the expansion movement. wherein the filter cartridge has a filter chamber housing with an inlet opening and with an outlet opening for a liquid flowing through the filter chamber housing, wherein at least one filter medium for the filtration of the liquid flowing through is arranged within a filter chamber volume enclosed by the filter chamber housing, and wherein the filter cartridge has a compression device with at least one compression element, with which a compression force can be exerted on the filter medium in order to compress the filter medium, wherein the filter cartridge has two filter chamber sections which are each filled with a granular filter medium and between which the compression device is arranged, wherein the compression device forms a separating device with which the two filter media in the two filter chamber sections are separated from one another, the separating device allowing for or being bypassed by a fluid-conductive connection between the filter chamber sections, and wherein the compression device is designed in such a way that the compression device can carry out an expansion movement and a compressive force is thereby exerted on the filter medium in each of the two filter chamber sections, characterised in that the at least one compression element is arranged between two pressure elements, each of which is pressed into a respective filter chamber section by the expansion movement.
A joint for floors constituted by a series of strips, wherein it is constituted by a single linear bar constituted by a central planar body from which multiple pairs of elastically deformable tabs (9a, 9b) protrude which can be associated selectively at adapted seats (13a, 13b) provided in a downward region and longitudinally with respect to said strips and adjacent to the longitudinal perimetric edges thereof, characterized in that each pair of said tabs (9a, 9b) being substantially S-shaped with the free end directed toward the outside of said planar body, the shape of the tabs (9a, 9b) being such that once said tabs (9a, 9b) are inserted in the seats (13a, 13b) their return to the initial shape entails a removable vise-like mechanical locking with respect to the seats (13a, 13b), said elastic deformation imparted during coupling by the tabs (9a, 9b) forces, once they are accommodated within the seats (13a, 13b), the vise-like connection of two adjacent strips.
A method, comprising: determining that a Wi-Fi Protected Setup, WPS, procedure is activated; varying a transmission, Tx, power in transmitting one or more WPS management frames during the WPS procedure; and configuring one or more credentials to a first communication entity responsive to receiving one or more management frames from the first communication entity, characterized in that the varying of the Tx power in transmitting the one or more WPS management frames during the WPS procedure comprises: transmitting one or more regular Beacon frames at a first power level; and transmitting one or more Beacon frames with a WPS information element, IE, at a second power level lower than the first power level. determining that a Wi-Fi Protected Setup, WPS, procedure is activated; varying a transmission, Tx, power in transmitting one or more WPS management frames during the WPS procedure; and configuring one or more credentials to a first communication entity responsive to receiving one or more management frames from the first communication entity, characterized in that the varying of the Tx power in transmitting the one or more WPS management frames during the WPS procedure comprises: transmitting one or more regular Beacon frames at a first power level; and transmitting one or more Beacon frames with a WPS information element, IE, at a second power level lower than the first power level. transmitting one or more regular Beacon frames at a first power level; and transmitting one or more Beacon frames with a WPS information element, IE, at a second power level lower than the first power level.
A method in which a router carries out steps comprising: establishing a serial-over-Transmission Control Protocol / Internet Protocol, TCP/IP, communication session between terminal units (110 and 115) using raw-TCP encapsulation; mapping serial characters to TCP out-of-band,OOB, communication fields; mapping serial flow control signals to TCP/IP receiver- window advertisements; dynamically adjusting a TCP/IP priority based on serial payload priority; and communicating data over the serial-over- TCP/IP session based on the mapped serial characters, the mapped serial flow control signals and the adjusted TCP/IP priority. mapping serial characters to TCP out-of-band,OOB, communication fields; mapping serial flow control signals to TCP/IP receiver- window advertisements; dynamically adjusting a TCP/IP priority based on serial payload priority; and communicating data over the serial-over- TCP/IP session based on the mapped serial characters, the mapped serial flow control signals and the adjusted TCP/IP priority.
Vaporizer cartridge as a component of an inhaler, comprising a hollow body with a continuous flow channel as well as a storage tank for storing liquid, wherein the storage tank has at least one access opening to the flow channel and a vaporizer unit extending over the entire access opening is arranged in the region of each access opening and has a wick member and a heating member, wherein the vaporizer unit is formed to be liquid-permeable such that liquid can be conveyed at least initially in a capillary manner out of the storage tank through the vaporizer unit in the direction of the flow channel, characterized in that the wick member and the heating member are separate units which lie against one another in a contact region, wherein the wick member faces the storage tank and the heating member faces the flow channel, and the heating member has electrical contacts, and wherein the wick member has microchannels and the heating member, which is shielded off from the storage tank by the wick member, is formed to be liquid- and vapour-permeable, wherein the wick member is formed from a plurality of granular grains which form microchannels as a result of their fill and/or formation, wherein the minimum grain size of the grains of the wick member at least in the contact region to the heating member is larger than the average diameter of the passages of the heating member.
Method for operating an electric arc furnace, in which molten material, in particular steel, which is located in a bottom vessel is heated using at least one arc, wherein a cover is arranged on the bottom vessel, wherein an outlet opening is arranged at at least one point on the electric arc furnace, from which opening furnace exhaust gases can be fed out of the inside of the furnace and conveyed to a dedusting chamber, and wherein an oxygen-containing gas is fed into the inside of the furnace for afterburning, wherein the oxygen-containing gas is fed to an inlet opening which is remote from the outlet opening, wherein the oxygen-containing gas is allowed to flow into the inside of the furnace by means of at least one input element, wherein the at least one input element is arranged so as to be radially oriented in the wall of the bottom vessel or wherein the at least one input element is arranged in the wall of the bottom vessel so as to be oriented towards the centre of the furnace, wherein the outlet direction of the input element encloses an angle (α) of between 5° and 15° to the horizontal in a downward direction, wherein the oxygen-containing gas is allowed to flow into the inside of the furnace via the at least one input element such that it has an outflow speed (v) of less than 5 m/s, wherein the oxygen-containing gas is conveyed to the at least one input element via a supply line and the gas in the supply line has an overpressure relative to the pressure in the electric arc furnace of at most 0.5 bar, preferably of at most 0.25 bar, directly before reaching the input element.
A method for detecting the flow rate of a centrifugal pump, with which the flow rate is determined by way of the rotation speed of the pump and a hydraulic variable of the pump and an electrical variable of the drive motor of the pump, characterised in that a variable Y which is dependent on the flow rate is determined by way of a mathematic linking of terms of equations describing physical relations of the pump and drive motor, of which one term contains the rotation speed of the pump and a hydraulic variable of the pump and another term contains an electrical variable of the drive motor of the pump and the rotational speed of the pump, wherein the dependent variable Y is determined by way of the following equation Y = − a ∗ H n + b ∗ P n 2 or by the equation Y = − a ∗ H n + b ∗ P n 2 − c ∗ n in which a and b are constants to be determined, H the delivery head, P the electrical power of the drive motor, n the rotational speed and c is a constant to be determined, wherein the flow rate is then determined by way of a functional relation between the flow rate and the dependent variable Y by way of the determined dependent variable Y being compared to a corresponding dependent variable y est but one which is determined by way of model computation, and this method is repeated by way of variation of an assumed flow rate Q est, until an error variable y - y est is small to the extent that the assumed flow rate Q est corresponds to the actual flow rate Q, wherein the dependent variable y est which is determined by the model computation is determined from the equation yest = k 2 ∗ Qest 2 n + k 1 ∗ Qest + k 0 ∗ n in which yest is the dependent variable, k2, k1 and k0 constants, Q est the assumed flow rate and n the rotation speed.
A blade assembly for a grass cutting mobile robot, comprising: blades (108; 108a; 108b; 108c); a housing to hold the blades and configured for coupling to an actuator of the grass cutting mobile robot so that the housing is rotatable about a drive axis, the housing comprising a slot in which to mount a blade of the blades so that the blade is movable through the slot towards another blade of the blades in response to an impact, and the slot being arranged to slope upwards toward a body of the grass cutting mobile robot, thereby enabling the blade to move upwards in response to the impact; and a spring that connects the blade to the housing, the spring for constraining movement of the blade relative to the housing, characterized in that the spring biases the blade away from the other blade. blades (108; 108a; 108b; 108c); a housing to hold the blades and configured for coupling to an actuator of the grass cutting mobile robot so that the housing is rotatable about a drive axis, the housing comprising a slot in which to mount a blade of the blades so that the blade is movable through the slot towards another blade of the blades in response to an impact, and the slot being arranged to slope upwards toward a body of the grass cutting mobile robot, thereby enabling the blade to move upwards in response to the impact; and a spring that connects the blade to the housing, the spring for constraining movement of the blade relative to the housing, characterized in that the spring biases the blade away from the other blade.
An optical module (1A, 1B) comprising: a semiconductor substrate; an electrostatic actuator including a fixed portion fixed to the semiconductor substrate and a movable portion moved with respect to the fixed portion by an electrostatic force generated between the movable portion and the fixed portion; a first spring portion; a connection portion; a second spring portion; an optical component; and a fixed mirror, wherein the first spring portion extends between and is connected to the movable portion and the connection portion and has a first spring constant, wherein the connection portion is arranged between the first spring portion and the second spring portion, wherein the second spring portion extends between and is connected to the connection portion and the semiconductor substrate and has a second spring constant greater than the first spring constant, wherein the optical component is connected to the connection portion, wherein the fixed mirror is arranged opposite to the optical component, wherein the optical component is a movable mirror, and wherein the optical component and the fixed mirror constitute a Fabry-Perot interference filter. a semiconductor substrate; an electrostatic actuator including a fixed portion fixed to the semiconductor substrate and a movable portion moved with respect to the fixed portion by an electrostatic force generated between the movable portion and the fixed portion; a first spring portion; a connection portion; a second spring portion; an optical component; and a fixed mirror, wherein the first spring portion extends between and is connected to the movable portion and the connection portion and has a first spring constant, wherein the connection portion is arranged between the first spring portion and the second spring portion, wherein the second spring portion extends between and is connected to the connection portion and the semiconductor substrate and has a second spring constant greater than the first spring constant, wherein the optical component is connected to the connection portion, wherein the fixed mirror is arranged opposite to the optical component, wherein the optical component is a movable mirror, and wherein the optical component and the fixed mirror constitute a Fabry-Perot interference filter.
Use of a mixture comprising: - a first extractant of formula: wherein R 1 and R 2, the same or different, represent a saturated or unsaturated, linear or branched hydrocarbon group, comprising from 6 to 12 carbon atoms, or a phenyl group, optionally substituted by a saturated or unsaturated, linear or branched hydrocarbon group, comprising from 1 to 10 carbon atoms; and - a second extractant or formula: wherein R 3 represents a linear or branched alkyl group, comprising from 6 to 12 carbon atoms; for extracting at least one rare earth from an aqueous medium comprising phosphoric acid. - a first extractant of formula: wherein R 1 and R 2, the same or different, represent a saturated or unsaturated, linear or branched hydrocarbon group, comprising from 6 to 12 carbon atoms, or a phenyl group, optionally substituted by a saturated or unsaturated, linear or branched hydrocarbon group, comprising from 1 to 10 carbon atoms; and - a second extractant or formula: wherein R 3 represents a linear or branched alkyl group, comprising from 6 to 12 carbon atoms;
A method for the synthesis of CTFE-based block copolymers through iodine transfer polymerization, comprising: reacting, in the presence of a radical initiator, a monomer "M", wherein "M" is a mixture of two monomers, chlorotrifluoroethylene (CTFE) and vinylidene chloride, with a chain transfer agent of the formula: X-Y or Y-X-Y, wherein X represents a C 1 -C 3 hydrocarbon, a C 1 -C 6 hydrofluorocarbon, a C 1 -C 6 hydrochlorofluorocarbon, or a C 1 -C 6 fluorocarbon and Y represents iodine, thereby forming a macro-initiator of the formula: X-poly -Y or Y-poly -X-poly -Y, wherein poly represents a polymer of the monomer; and reacting, in the presence of a radical initiator, the macro-initiator with chlorotrifluoroethylene (CTFE), thereby forming a diblock or a triblock CTFE-based block copolymer of the formula: X-poly - block -PCTFE or PCTFE- block -poly -X-poly - block- PCTFE. reacting, in the presence of a radical initiator, a monomer "M", wherein "M" is a mixture of two monomers, chlorotrifluoroethylene (CTFE) and vinylidene chloride, with a chain transfer agent of the formula: X-Y or Y-X-Y, wherein X represents a C 1 -C 3 hydrocarbon, a C 1 -C 6 hydrofluorocarbon, a C 1 -C 6 hydrochlorofluorocarbon, or a C 1 -C 6 fluorocarbon and Y represents iodine, thereby forming a macro-initiator of the formula: X-poly -Y or Y-poly -X-poly -Y, wherein poly represents a polymer of the monomer; and reacting, in the presence of a radical initiator, the macro-initiator with chlorotrifluoroethylene (CTFE), thereby forming a diblock or a triblock CTFE-based block copolymer of the formula: X-poly - block -PCTFE or PCTFE- block -poly -X-poly - block- PCTFE.