mhurhangee/ep-ind-claims huggingface dataset:
A choke comprising: a magnetic core having a centre line that forms a closed loop, the choke has a choke axis around which the magnetic core is located, the choke axis extends perpendicular to the closed loop formed by the centre line of the magnetic core; and a coil wound around the magnetic core, the coil is made of material having high electrical conductivity, the coil has a plurality of turns (601 - 608), each of the turns (601 - 608) has a width perpendicular to lengthwise direction of the turn, and a thickness perpendicular to both lengthwise direction of the turn and the width, wherein the coil has a cross-section whose shape varies along lengthwise direction of the coil, such that each turn (601 - 608) has an inner portion and an outer portion whose width is substantially greater than width of the inner portion, the outer portion is located further from the choke axis than the inner portion, and the choke is a toroidal choke, and the coil comprises a plurality of first coil sections, and a plurality of second coil sections, the first coil sections and the second coil sections alternate along lengthwise direction of the coil such that successive coil sections are electrically conductively connected to each other, and a cross-section of each first coil section has a different shape than a cross-section of each second coil section, characterized in that an outermost portion of the coil is formed by portions of the first coil sections, and each first coil section is formed by an appropriately bent sheet material, and each second coil section is formed by a bar. a magnetic core having a centre line that forms a closed loop, the choke has a choke axis around which the magnetic core is located, the choke axis extends perpendicular to the closed loop formed by the centre line of the magnetic core; and a coil wound around the magnetic core, the coil is made of material having high electrical conductivity, the coil has a plurality of turns (601 - 608), each of the turns (601 - 608) has a width perpendicular to lengthwise direction of the turn, and a thickness perpendicular to both lengthwise direction of the turn and the width, wherein the coil has a cross-section whose shape varies along lengthwise direction of the coil, such that each turn (601 - 608) has an inner portion and an outer portion whose width is substantially greater than width of the inner portion, the outer portion is located further from the choke axis than the inner portion, and the choke is a toroidal choke, and the coil comprises a plurality of first coil sections, and a plurality of second coil sections, the first coil sections and the second coil sections alternate along lengthwise direction of the coil such that successive coil sections are electrically conductively connected to each other, and a cross-section of each first coil section has a different shape than a cross-section of each second coil section, characterized in that an outermost portion of the coil is formed by portions of the first coil sections, and each first coil section is formed by an appropriately bent sheet material, and each second coil section is formed by a bar.
A method of balancing switching transient behaviour of parallel connected power semiconductor components, the method comprising providing a switch signal (s) to the parallel connected power semiconductor components (Xi) for changing the state of the components, forming control signals for each of the parallel connected components from the switch signal, characterized by the steps of determining during the change of state of the power semiconductor component the voltage (v bond Xn) induced to an inductance in the main current path of the component in each of the parallel connected components, comparing each of the induced voltages (v bond Xn) with a predetermined threshold voltage, measuring time differences between the time instants at which the induced voltages cross the threshold voltage, and modifying one or multiple of the control signals (t d,xn) on the basis of the measured time differences in the respective following state change for balancing the switching transient behaviour.
A method for determining a slot format, comprising: determining, by a communication apparatus, based on a format of a slot with normal cyclic prefix, NCP, a format for 2 (μ - μ a) consecutive slots with extended cyclic prefix, ECP, in a bandwidth part, BWP,, wherein μ a is an index of a reference subcarrier spacing of the BWP, and μ is an index of a subcarrier spacing of the BWP; when ⌊ DL _ du Ts _ ECP ⌋ + ⌊ UL _ du Ts _ ECP ⌋ < M × 2 μ − μ a, or ⌊ DL _ du Ts _ ECP ⌋ = 0, or ⌊ UL _ du Ts _ ECP ⌋ = 0, the 2 (μ - μ a) consecutive slots with ECP in the BWP comprise ⌊ DL _ du Ts _ ECP ⌋ downlink symbols and ⌊ UL _ du Ts _ ECP ⌋ uplink symbols, wherein ⌊ * ⌋ represents rounding down, M is a quantity of symbols in a slot with ECP, DL du is duration of downlink symbol(s) in the slot with NCP, UL du is duration of uplink symbol(s) in the slot with NCP, and Ts ECP is duration of one symbol in the slot with ECP. determining, by a communication apparatus, based on a format of a slot with normal cyclic prefix, NCP, a format for 2 (μ - μ a) consecutive slots with extended cyclic prefix, ECP, in a bandwidth part, BWP,, wherein μ a is an index of a reference subcarrier spacing of the BWP, and μ is an index of a subcarrier spacing of the BWP; when ⌊ DL _ du Ts _ ECP ⌋ + ⌊ UL _ du Ts _ ECP ⌋ < M × 2 μ − μ a, or ⌊ DL _ du Ts _ ECP ⌋ = 0, or ⌊ UL _ du Ts _ ECP ⌋ = 0, the 2 (μ - μ a) consecutive slots with ECP in the BWP comprise ⌊ DL _ du Ts _ ECP ⌋ downlink symbols and ⌊ UL _ du Ts _ ECP ⌋ uplink symbols, wherein ⌊ * ⌋ represents rounding down, M is a quantity of symbols in a slot with ECP, DL du is duration of downlink symbol(s) in the slot with NCP, UL du is duration of uplink symbol(s) in the slot with NCP, and Ts ECP is duration of one symbol in the slot with ECP.
Press-fit diode comprising a semiconductor chip which is secured by soft solder between a base and a head wire and in which at least one PN junction ends at the chip outer edge, characterized in that the soft solder is drawn back circumferentially relative to the chip outer edge on a first side in the outer region that is at the smallest distance from the PN junction by virtue of the fact that a circumferential, insulating layer is situated above the solder-free region of the semiconductor chip, and in that a second side of the semiconductor chip is completely provided with soft solder.
A method of producing a component of a composite of diamond having a diamond content of ≥ 25 vol% and a binder, wherein a Hot Isostatic gas Pressure process is used, comprising the steps of: forming a de-bound green body having a diamond content of solids of at least 50 vol%; enclosing said de-bound green body and infiltrant in a Zr-capsule that comprises zirconium as a main constituent and sealing the Zr-capsule, and applying a predetermined pressure-temperature cycle on the unit formed by said de-bound green body, infiltrant and capsule in which the infiltrant infiltrates the de-bound green body and the de-bound green body is further densified in the sense that the volume thereof is decreased wherein the predetermined pressure-temperature cycle comprises a temperature and pressure increase, with or without holding times, until a predetermined maximum temperature being between 1450 to 1600°C and a predetermined maximum pressure being between 50 to 3000 Bar is reached, a gas pressure is used to create an isostatic pressure on the Zr-capsule. forming a de-bound green body having a diamond content of solids of at least 50 vol%; enclosing said de-bound green body and infiltrant in a Zr-capsule that comprises zirconium as a main constituent and sealing the Zr-capsule, and applying a predetermined pressure-temperature cycle on the unit formed by said de-bound green body, infiltrant and capsule in which the infiltrant infiltrates the de-bound green body and the de-bound green body is further densified in the sense that the volume thereof is decreased wherein the predetermined pressure-temperature cycle comprises a temperature and pressure increase, with or without holding times, until a predetermined maximum temperature being between 1450 to 1600°C and a predetermined maximum pressure being between 50 to 3000 Bar is reached, a gas pressure is used to create an isostatic pressure on the Zr-capsule.
A method comprising: obtaining, at a device (160, 902), packet data descriptive of authorized traffic of a network; generating, at the device (160, 902), rule elements (166, 202, 204, 206, 208, 209, 212, 267, 268, 270) based on the packet data; consolidating, at the device (160, 902), at least some of the rule elements (166, 202, 204, 206, 208, 209, 212, 267, 268, 270) based on distance measures associated with the rule elements (166, 202, 204, 206, 208, 209, 212, 267, 268, 270); and generating, at the device (160, 902), firewall filter rules (172, 402, 404, 572, 576) for the network based on the rule elements (212, 214, 272) that have been consolidated, wherein the distance measures are based on numerical differences between addresses associated with the rule elements. obtaining, at a device (160, 902), packet data descriptive of authorized traffic of a network; generating, at the device (160, 902), rule elements (166, 202, 204, 206, 208, 209, 212, 267, 268, 270) based on the packet data; consolidating, at the device (160, 902), at least some of the rule elements (166, 202, 204, 206, 208, 209, 212, 267, 268, 270) based on distance measures associated with the rule elements (166, 202, 204, 206, 208, 209, 212, 267, 268, 270); and generating, at the device (160, 902), firewall filter rules (172, 402, 404, 572, 576) for the network based on the rule elements (212, 214, 272) that have been consolidated, wherein the distance measures are based on numerical differences between addresses associated with the rule elements.
A composition comprising: 50-95% by weight alcohol wax; 5-50% by weight tackifier; and 0.5-5% by weight colorant, wherein the solubility of the colorant in the composition is characterized by a spectral strength delta value of 5% or less, wherein the composition has a melting point ranging from 45°C to 80°C. 50-95% by weight alcohol wax; 5-50% by weight tackifier; and 0.5-5% by weight colorant,
A method of coextruding a complex rubber profile intended for the manufacture of a tire, the complex profile comprising in its height a first layer, referred to as the underlayer, of a first rubber material and a second layer, referred to as the tread, of a second rubber material superimposed on the underlayer, the tread and the sublayer having at least one discontinuity in the width of the complex profile that extends in a transverse direction so that at least one insert of a third rubbery material is inserted into a discontinuity of the tread and of the sublayer during the coextrusion, the process including the extrusion and profiling of the various rubbery materials over a given coextrusion width and in a longitudinal coextrusion direction perpendicular to the transverse plane of the coextruded profile, the process comprising, in succession, the steps comprising: a) an extrusion of the first material carried out discontinuously in the coextrusion width, b) a first profiling of this first material carried out discontinuously in the coextrusion width, c) an extrusion of the second material carried out discontinuously in the coextrusion width and carried out in such a way as to superimpose the second material on the first material, d) profiling of the first and second materials discontinuously in the coextrusion width and carried out together with an extrusion of the third material in each discontinuity of the first material and the second material, and e) final profiling of the first, second and third materials into a final profile having no discontinuity in the coextrusion width, but creating a longitudinal groove in the profile located transversely next to each insert resulting from an extrusion of the third material according to step d). a) an extrusion of the first material carried out discontinuously in the coextrusion width, b) a first profiling of this first material carried out discontinuously in the coextrusion width, c) an extrusion of the second material carried out discontinuously in the coextrusion width and carried out in such a way as to superimpose the second material on the first material, d) profiling of the first and second materials discontinuously in the coextrusion width and carried out together with an extrusion of the third material in each discontinuity of the first material and the second material, and e) final profiling of the first, second and third materials into a final profile having no discontinuity in the coextrusion width, but creating a longitudinal groove in the profile located transversely next to each insert resulting from an extrusion of the third material according to step d).
Method for separating a mixture comprising at least carbon monoxide, hydrogen, nitrogen and methane wherein the mixture is separated by a first separating means possibly formed by a methane scrubbing column, at least one liquid fraction of the chamber of the separating means is sent to a product stripper, at least part of the liquid fraction is sent from the product stripper to a CO/CH 4 separating column in order to produce a methane-enriched liquid flow and a gaseous flow enriched with carbon monoxide and the gaseous flow enriched with carbon monoxide is sent to a denitrogenation column, and from the denitrogenation column a liquid flow rich in carbon monoxide is produced and a gaseous flow rich in nitrogen, the method being kept cold at least partially by a carbon monoxide cycle, said cycle at least partially ensuring the condensation at the top of the denitrogenation column and at least one of the following steps: - the condensation at the top of the CO/CH 4 separating column, - the reboiling in the chamber of the product stripper, the reboiling in the chamber of the CO/CH 4 separating column, the cooling of the mixture intended for the first separating means, - where applicable, the cooling of the methane intended for the methane scrubbing column and - where applicable the sub-cooling of the methane scrubbing column characterised in that the cycle carbon monoxide is compressed in a first cycle compressor at a medium pressure and then a first part of the cycle carbon monoxide is sent to the chamber of the denitrogenation column and a second part of the carbon monoxide is compressed at a high pressure. - the condensation at the top of the CO/CH 4 separating column, - the reboiling in the chamber of the product stripper, the reboiling in the chamber of the CO/CH 4 separating column, the cooling of the mixture intended for the first separating means, - where applicable, the cooling of the methane intended for the methane scrubbing column and - where applicable the sub-cooling of the methane scrubbing column
A service Mashup method implemented through dynamic cooperation of a client and a server, comprising: creating, by the server, a Mashup application logic after receiving a Mashup service creation request sent by the client; binding, by the server, a third-party service according to the Mashup application logic, and sending the bound third-party service and the created Mashup application logic to the client, so that the client binds a local service of the client according to the Mashup application logic; and negotiating with the client to determine a specific bound service according to the local service bound by the client and the third-party service bound by the server; generating, by the server, a service logic process according to the specific bound service and the Mashup application logic; and invoking, by the server, the specific service according to the service logic process to execute the service logic process in parallel with the client. creating, by the server, a Mashup application logic after receiving a Mashup service creation request sent by the client; binding, by the server, a third-party service according to the Mashup application logic, and sending the bound third-party service and the created Mashup application logic to the client, so that the client binds a local service of the client according to the Mashup application logic; and negotiating with the client to determine a specific bound service according to the local service bound by the client and the third-party service bound by the server; generating, by the server, a service logic process according to the specific bound service and the Mashup application logic; and invoking, by the server, the specific service according to the service logic process to execute the service logic process in parallel with the client.
An aerosol generation system for generation of an aerosol from an aerosol-forming precursor, the system comprising: - an electrically operated heating system to heat said precursor to generate the aerosol; - a flow path for transmission of flow, including the aerosol, to a user; the heating system arranged in fluid communication with the flow path; and - electrical circuitry; characterized in that the electrical circuitry is configured - to determine a feature of an oscillation associated with a property of electrical energy through the heating system, the oscillation due to initiation and/or termination of a user inhale through the flow path, and - to determine an amount of one or more components of aerosol dispensed in the inhale based on the feature of the oscillation; wherein the feature of an oscillation comprises one or more of: an amplitude; a period; an area of the oscillation. - an electrically operated heating system to heat said precursor to generate the aerosol; - a flow path for transmission of flow, including the aerosol, to a user; the heating system arranged in fluid communication with the flow path; and - electrical circuitry; - to determine a feature of an oscillation associated with a property of electrical energy through the heating system, the oscillation due to initiation and/or termination of a user inhale through the flow path, and - to determine an amount of one or more components of aerosol dispensed in the inhale based on the feature of the oscillation;
A mixture consisting of (a) -paradol and (b) bisabolol, wherein the weight ratio of -paradol to bisabolol is in the range of from 1: 100.000 to 1: 10. (a) -paradol and (b) bisabolol,
A semiconductor single crystal production device including a chamber in which a crucible for melting a raw material of a semiconductor single crystal, a round-cylindrical heater that is provided around the crucible and that heats the raw-material in the crucible and a round-cylindrical heat insulating cylinder that is provided outside the round-cylindrical heater so as to surround a periphery of the heater are disposed, the semiconductor single crystal production device having a pulling-up mechanism for immersing a seed crystal into the melted raw material and pulling up a single crystal, characterized in that: a round-cylindrical heat shield made of an insulating material is provided at an inner circumferential surface of the insulating cylinder, a plurality of exhaust pipes are provided between the heater and the heat shield along a peripheral direction of the heater, and upper ends of the plurality of exhaust pipes are positioned above an upper end of the heater, and lower ends of the plurality of exhaust pipes are respectively positioned to and communicated with a plurality of exhaust ports formed in a heat insulating bottom in the chamber. a round-cylindrical heat shield made of an insulating material is provided at an inner circumferential surface of the insulating cylinder, a plurality of exhaust pipes are provided between the heater and the heat shield along a peripheral direction of the heater, and upper ends of the plurality of exhaust pipes are positioned above an upper end of the heater, and lower ends of the plurality of exhaust pipes are respectively positioned to and communicated with a plurality of exhaust ports formed in a heat insulating bottom in the chamber.
A motor control apparatus for a motor control system configured to control a plurality of motors, wherein the motor control apparatus is configured to control at least one of the plurality of motors; characterized in that the motor control apparatus is configured to control: - a plurality of position detectors configured to detect position information of the plurality of motors, respectively; and - one or a plurality of sensors configured to detect information relating to at least any one of the motors and a mechanical apparatus configured to be driven by the motors, wherein all of the plurality of position detectors and the one or all of the plurality of sensors are connected in series, and the one or the plurality of sensors includes a sensor corresponding to the motor controlled by the motor control apparatus; the motor control apparatus is configured to transfer position information of the plurality of motors to other motor control apparatuses, the position information being read out from the plurality of position detectors; and the motor control apparatus is configured to read out identification information of the sensor corresponding to the motor controlled by the motor control apparatus, from the sensor. the motor control apparatus is configured to control at least one of the plurality of motors; characterized in that the motor control apparatus is configured to control: - a plurality of position detectors configured to detect position information of the plurality of motors, respectively; and - one or a plurality of sensors configured to detect information relating to at least any one of the motors and a mechanical apparatus configured to be driven by the motors, wherein - a plurality of position detectors configured to detect position information of the plurality of motors, respectively; and - one or a plurality of sensors configured to detect information relating to at least any one of the motors and a mechanical apparatus configured to be driven by the motors, wherein all of the plurality of position detectors and the one or all of the plurality of sensors are connected in series, and the one or the plurality of sensors includes a sensor corresponding to the motor controlled by the motor control apparatus; the motor control apparatus is configured to transfer position information of the plurality of motors to other motor control apparatuses, the position information being read out from the plurality of position detectors; and the motor control apparatus is configured to read out identification information of the sensor corresponding to the motor controlled by the motor control apparatus, from the sensor.
A modular vascular prosthesis having a delivery configuration and a deployed configuration, the vascular prosthesis comprising: a radially expandable first segment having proximal and distal ends; a radially expandable second segment having proximal and distal ends, a plurality of first inter-engageable elements extending from the distal end of the first segment; and a plurality of second inter-engageable elements extending from the proximal end of the second segment, wherein the plurality of first inter-engagable elements are engaged in the plurality of second inter-engageable elements to permit articulation of the first segment relative to the second segment in the delivery configuration, wherein the plurality of first inter-engageable elements comprises ball elements and the plurality of second inter-engageable elements comprises socket elements, characterized in that the ball elements include respective flanges wherein the flanges bear against an underside of respective socket elements and wherein the ball elements are free to articulate within the respective socket elements. a radially expandable first segment having proximal and distal ends; a radially expandable second segment having proximal and distal ends, a plurality of first inter-engageable elements extending from the distal end of the first segment; and a plurality of second inter-engageable elements extending from the proximal end of the second segment,