mhurhangee/ep-ind-claims huggingface dataset:
A power conversion device configured to convert a flow of power from a direct current power source (Vs) to a current source load (Load), comprising: a power semiconductor series circuit configured by connecting a first power semiconductor switch and second power semiconductor switch in series; a capacitor connected in parallel to the power semiconductor series circuit; a reactor, of which one end is connected to a series connection point of the first power semiconductor switch and the second power semiconductor switch, the power conversion device including: a mechanical switch, of which one end is connected to a high potential side end of the direct current power source (Vs) and an other end is connected to an other end of the reactor; a first power diode, whose anode is connected to the other end of the reactor and whose cathode is connected to a high potential side end of the power semiconductor series circuit; and a second power diode, whose cathode is connected to the other end of the reactor and whose anode is connected to a low potential side end of the direct current power source (Vs) and a low potential side end of the power semiconductor series circuit. a power semiconductor series circuit configured by connecting a first power semiconductor switch and second power semiconductor switch in series; a capacitor connected in parallel to the power semiconductor series circuit; a reactor, of which one end is connected to a series connection point of the first power semiconductor switch and the second power semiconductor switch, the power conversion device including: a mechanical switch, of which one end is connected to a high potential side end of the direct current power source (Vs) and an other end is connected to an other end of the reactor; a first power diode, whose anode is connected to the other end of the reactor and whose cathode is connected to a high potential side end of the power semiconductor series circuit; and a second power diode, whose cathode is connected to the other end of the reactor and whose anode is connected to a low potential side end of the direct current power source (Vs) and a low potential side end of the power semiconductor series circuit. a mechanical switch, of which one end is connected to a high potential side end of the direct current power source (Vs) and an other end is connected to an other end of the reactor; a first power diode, whose anode is connected to the other end of the reactor and whose cathode is connected to a high potential side end of the power semiconductor series circuit; and a second power diode, whose cathode is connected to the other end of the reactor and whose anode is connected to a low potential side end of the direct current power source (Vs) and a low potential side end of the power semiconductor series circuit.
Method for estimating a clock skew between a transmitter and a receiver during a transmission over a communication channel of a second communication signal resulting from an application to a first communication signal of a spread-spectrum technique using a signal, called spreading signal, characterized in that the method comprises the following steps executed by a device following the reception of said second signal by the receiver: obtaining at least one signal, called orthogonal spreading signal, orthogonal to the spreading signal; for each orthogonal spreading signal obtained, applying said obtained orthogonal spreading signal to the second signal received by the receiver so as to obtain a third signal; obtaining an estimate of a ratio of energy per bit to power spectral density of a communication noise that has affected the second signal during its transmission on the basis of each third signal; and, estimating an item of information representative of the clock skew between the transmitter and the receiver according to the estimate of said ratio.
Tire whose tread comprises at least one rubber composition based on at least a blend of natural rubber and synthetic polyisoprene, the content of natural rubber ranging from 60 to 90 phr of, parts per hundred parts of elastomer, and the content of synthetic polyisoprene ranging from 10 to 40 phr to, a reinforcing filler comprising at least carbon black and an inorganic filler, the content of carbon black being the majority reinforcing filler in mass percentage, and in which the total content of reinforcing filler ranges from 30 to 100 phr, the content of carbon black is between 15 and 50 phr and the content of inorganic filler is between 10 to 35 phr.
A method, performed by a user equipment, UE, (110A, 110B), for managing a message transferable over a radio interface of the UE (110A, 110B), the method comprising: receiving, from an application managing function, a configuration comprising a set of service identifiers mapped to a set of barring categories, wherein the set of service identifiers identifies at least one service accessible by a user application of the UE (110A, 110B); receiving, from a radio access node, a set of barring parameters mapped to the set of barring categories, wherein each barring parameter indicates whether or not the radio interface is barred with respect to a respective barring category; obtaining a service identifier associated with the message; determining, based on the configuration, a barring category that is mapped to the service identifier; determining a barring parameter that is mapped to the barring category; and managing a transfer of the message over the radio interface according to the barring parameter. receiving, from an application managing function, a configuration comprising a set of service identifiers mapped to a set of barring categories, wherein the set of service identifiers identifies at least one service accessible by a user application of the UE (110A, 110B); receiving, from a radio access node, a set of barring parameters mapped to the set of barring categories, wherein each barring parameter indicates whether or not the radio interface is barred with respect to a respective barring category; obtaining a service identifier associated with the message; determining, based on the configuration, a barring category that is mapped to the service identifier; determining a barring parameter that is mapped to the barring category; and managing a transfer of the message over the radio interface according to the barring parameter.
Dosing module for a liquid reducing agent, in particular a urea-water solution, for mixing the reducing agent with a gas, in particular air, for onward introduction into an exhaust pipe of an internal combustion engine, the dosing module comprising a dosing valve with a guide tube, comprising a compressed-air duct and comprising a mixing chamber, characterized in that an outlet opening of the guide tube for the reducing agent is arranged in the mixing chamber so as to be spaced apart from a central axis of the dosing module.
A method for installing fastener in a base material, the fastener comprising a shank having a first end and a second end defining a length, a head provided at the second end, a thread provided on the shank which includes a leading edge and a trailing edge adapted remove portions of the base material when inserted into the base material, the method comprising: forming a hole having a diameter which is the same as a nominal shank diameter of the fastener to be installed in the base material; filling the hole with an adhesive having a viscosity of 150 cP or less using an injection gun; causing the fastener to be rotated into the hole such that the adhesive is forced into portions of the base material adjacent to the shank and thread when the thread is fully inserted into the hole. forming a hole having a diameter which is the same as a nominal shank diameter of the fastener to be installed in the base material; filling the hole with an adhesive having a viscosity of 150 cP or less using an injection gun; causing the fastener to be rotated into the hole such that the adhesive is forced into portions of the base material adjacent to the shank and thread when the thread is fully inserted into the hole.
Dithiinetetra(thio)carboximides of the formula (Ia), (Ib) or (Ic), in which R 1 and R 2 are each methyl, ethyl, n-propyl or isopropyl, and the agrochemically active salts thereof.
Belt tensioner comprising a lower part with a bottom part enclosed by two side walls (2, 2.1) and comprising a tension lever pivotably hinged to the side walls (2, 2.1) of the lower part and having side walls (7, 7.1), with a deflection web for passing around a belt to be tensioned for forming a belt loop, wherein, when the belt tensioner is closed, the deflection web of the tension lever is inclined with respect to the plane of the tension lever in the direction of the pivot axis of the tension lever, characterised in that the deflection web, inclined with respect to the outer plane of the tension lever, is moulded onto the side walls (7, 7.1) of the tension lever by a cranked portion.
A method for selecting a treatment for a human patient suffering from a cancer characterized by increased expression of IRS1 protein compared to the level of IRS1 expression in normal tissue, comprising: measuring by mass spectrometry the amount of an IRS1 fragment peptide in a protein digest prepared from a sample of formalin fixed tumor tissue from the patient and, optionally, calculating the amount of IRS1 protein in said sample from the amount of said IRS1 fragment peptide; and selecting a treatment based on the amount of said IRS1 fragment peptide or, if calculated, the amount of IRS1 protein in said sample, wherein the IRS1 fragment peptide is SEQ ID NO:70 or SEQ ID NO:76. measuring by mass spectrometry the amount of an IRS1 fragment peptide in a protein digest prepared from a sample of formalin fixed tumor tissue from the patient and, optionally, calculating the amount of IRS1 protein in said sample from the amount of said IRS1 fragment peptide; and selecting a treatment based on the amount of said IRS1 fragment peptide or, if calculated, the amount of IRS1 protein in said sample, wherein the IRS1 fragment peptide is SEQ ID NO:70 or SEQ ID NO:76.
Profile for creating a frame for a tile of a false ceiling or false wall, the frame being intended to surround a lighting panel, the profile comprising: - a substantially rectangular base comprising an upper wall and a lower wall which are opposite one another and connected by an external wall and an internal wall which are opposite one another; - a lateral wall which projects out from the base substantially in the continuation of the external wall, this lateral wall having an external face and an internal face which are opposite one another; characterized in that the profile comprises a rebate where the internal face of the lateral wall and the lower wall of the base meet, this rebate having an internal edge substantially perpendicular to the lower wall of the base, this rebate being able to house and hold in position the lighting panel that can be mounted on the base of the profile. - a substantially rectangular base comprising an upper wall and a lower wall which are opposite one another and connected by an external wall and an internal wall which are opposite one another; - a lateral wall which projects out from the base substantially in the continuation of the external wall, this lateral wall having an external face and an internal face which are opposite one another;
A polypropylene resin composition, which comprises an ethylene-propylene block copolymer resin, wherein the ethylene-propylene block copolymer resin comprises 70 to 95% by weight of a homopolypropylene component and 5 to 30% by weight of an ethylene-propylene rubber copolymer component, the content of ethylene in the ethylene-propylene block copolymer resin is 3 to 15% by weight, the content of ethylene in the ethylene-propylene rubber copolymer component is 20 to 50% by mole, the ethylene-propylene block copolymer resin has a melt index of 30 to 120 g/10 minutes when measured at 230°C under a load of 2.16 kg according to ASTM D 1238, the ratio of intrinsic viscosities between the ethylene-propylene rubber copolymer component and the homopolypropylene component in the ethylene-propylene block copolymer resin is 4 to 6, and when the polypropylene resin composition is injection molded using a spiral flow mold, the ratio of contrasts between the cloudy portion and the glossy portion is 0.5 or less.
A method of wireless communication, comprising: generating a scheduling grant including a power control parameter and a first indicator, the first indicator indicating multiple carriers to be scheduled with the scheduling grant for a user equipment, wherein the first indicator includes a bitmap indicating to the user equipment the multiple scheduled carriers or an index indicating to the user equipment one of multiple scheduled carrier patterns, the indicated scheduled carrier pattern indicating a combination of multiple carriers to be scheduled with the scheduling grant, and wherein the power control parameter is a common scheduling parameter to be applied to the multiple carriers; transmitting the scheduling grant via a scheduling carrier in an unlicensed band to the user equipment; and transmitting data to the user equipment on the multiple carriers in an unlicensed band. generating a scheduling grant including a power control parameter and a first indicator, the first indicator indicating multiple carriers to be scheduled with the scheduling grant for a user equipment, wherein the first indicator includes a bitmap indicating to the user equipment the multiple scheduled carriers or an index indicating to the user equipment one of multiple scheduled carrier patterns, the indicated scheduled carrier pattern indicating a combination of multiple carriers to be scheduled with the scheduling grant, and wherein the power control parameter is a common scheduling parameter to be applied to the multiple carriers; transmitting the scheduling grant via a scheduling carrier in an unlicensed band to the user equipment; and transmitting data to the user equipment on the multiple carriers in an unlicensed band.
A method for providing an electrically conductive power transmission interface on the end surface of a power cable having a conductor comprising at least two separate wires being electrically conductive, the power cable further comprises a reactive compound different from the wires for providing further features to the power cable, wherein said reactive compound is located among the separate wires of the power cable, the method comprising the steps of: • providing an end section of said power cable, said end section comprising wires having wire ends, the end section further having said reactive compound, and • successively adding electrically conductive particulates (x67A) onto said end section having said reactive compound by bringing the conductive particulates being dispersed in a non-adhering carrier fluid of a different material than said conductive particulates into contact with said end section, characterized in that the method further comprises providing an enclosure boundary delimiting a local enclosure from an outside environment, the enclosure boundary having an open end for receiving the power cable end into said local enclosure, wherein said power cable or the conductor of the power cable is provided into said open end of said local enclosure boundary and affixing means is attached around the power cable or the conductor of the power cable to provide at least a dust-tight seal between the local enclosure and an outside environment, where the deposition means is provided inside said local enclosure. • providing an end section of said power cable, said end section comprising wires having wire ends, the end section further having said reactive compound, and • successively adding electrically conductive particulates (x67A) onto said end section having said reactive compound by bringing the conductive particulates being dispersed in a non-adhering carrier fluid of a different material than said conductive particulates into contact with said end section,
A cartridge for housing an aerosol-forming substrate, the cartridge comprising: a body comprising one or more walls (212, 213, 215), and a wall opening in at least one of the one or more walls (212, 213, 215); a cavity in the body in fluid communication with the at least one wall opening; and a cap rotatably connected to the body, wherein the cap is movable between a first position, in which the wall opening is open, and a second position, in which the wall opening is closed by the cap. a body comprising one or more walls (212, 213, 215), and a wall opening in at least one of the one or more walls (212, 213, 215); a cavity in the body in fluid communication with the at least one wall opening; and a cap rotatably connected to the body, wherein the cap is movable between a first position, in which the wall opening is open, and a second position, in which the wall opening is closed by the cap.
A slide fastener stringer comprising: a first tape comprising a first edge, the tape further comprising a cord extending along the first edge of the tape, wherein the tape further comprises a row of coupling elements comprised of plastic material, located along the first edge of the tape in a manner enabling the coupling elements on the tape to interdigitate with coupling elements on a second analogous tape, each coupling element comprises a first surface and a decorative layer is applied to the first surface of at least one coupling element, and a protective layer is applied atop the decorative layer, characterized in that said protective layer extends over and beyond the decorative layer to contact a region of the at least one coupling element not covered by the decorative layer, and wherein the coupling elements are injection molded onto the cord. a first tape comprising a first edge, the tape further comprising a cord extending along the first edge of the tape, wherein the tape further comprises a row of coupling elements comprised of plastic material, located along the first edge of the tape in a manner enabling the coupling elements on the tape to interdigitate with coupling elements on a second analogous tape, each coupling element comprises a first surface and a decorative layer is applied to the first surface of at least one coupling element, and a protective layer is applied atop the decorative layer, characterized in that said protective layer extends over and beyond the decorative layer to contact a region of the at least one coupling element not covered by the decorative layer, and wherein the coupling elements are injection molded onto the cord.
An apparatus for depositing a thin film on a moving heated substrate comprising: a main coater body having a predetermined length, width and height designated as x, y, and z, respectively, and a upper surface z1 and a lower surface z2; a plurality of inlet openings formed in the z1 surface of the main coater body to allow the flow of gaseous chemical reactants therethrough, each of the inlet openings being in fluid communication with a source of gaseous reactant material and/or inert gas; a plurality of outlet openings formed in the z2 surface of the main coater body to allow the flow of gaseous reactants to exit therethrough in multiple predetermined flow paths; a plurality of flow pathways defined within the main coater body, one such flow pathway being defined between each of the inlet openings and a respective one of the outlet openings; characterised by a flow conditioning device disposed in one or more of the flow pathways intended to increase the laminarity of one or more gas discharge streams from the one or more gaseous reactant outlet openings. a main coater body having a predetermined length, width and height designated as x, y, and z, respectively, and a upper surface z1 and a lower surface z2; a plurality of inlet openings formed in the z1 surface of the main coater body to allow the flow of gaseous chemical reactants therethrough, each of the inlet openings being in fluid communication with a source of gaseous reactant material and/or inert gas; a plurality of outlet openings formed in the z2 surface of the main coater body to allow the flow of gaseous reactants to exit therethrough in multiple predetermined flow paths; a plurality of flow pathways defined within the main coater body, one such flow pathway being defined between each of the inlet openings and a respective one of the outlet openings; characterised by a flow conditioning device disposed in one or more of the flow pathways intended to increase the laminarity of one or more gas discharge streams from the one or more gaseous reactant outlet openings.
A method to control/regulate an electrical machine, comprising: providing a first rotor core, with a first rotor winding, providing first stator core with a first stator winding, providing an excitation device for supplying current to the first rotor winding, providing the excitation device with a second rotor core with a second multi-phase rotor winding, connecting the second rotor core to the first rotor core by a fixed rotational relationship, providing a second stator core with a second multi-phase stator winding, connecting the first and second rotor windings (14, 20) to one another, the excitation device defines an asynchronous electrical machine, characterized by determining the rotor currents through the first rotor winding based on the stator currents through the second stator winding of the excitation device, measuring the speed of the rotor, and determining the rotor currents through the first rotor winding from the measured speed and an equivalent circuit diagram of the excitation device. providing a first rotor core, with a first rotor winding, providing first stator core with a first stator winding, providing an excitation device for supplying current to the first rotor winding, providing the excitation device with a second rotor core with a second multi-phase rotor winding, connecting the second rotor core to the first rotor core by a fixed rotational relationship, providing a second stator core with a second multi-phase stator winding, connecting the first and second rotor windings (14, 20) to one another, the excitation device defines an asynchronous electrical machine, characterized by determining the rotor currents through the first rotor winding based on the stator currents through the second stator winding of the excitation device, measuring the speed of the rotor, and determining the rotor currents through the first rotor winding from the measured speed and an equivalent circuit diagram of the excitation device.