mhurhangee/ep-ind-claims huggingface dataset:
A corona igniter, comprising: a central electrode for receiving a radio frequency voltage and emitting a radio frequency electric field to ionize a fuel-air mixture and provide a corona discharge; a shell formed of metal surrounding said central electrode and extending longitudinally along a center axis from a shell upper end to a shell lower end; an insulator disposed between said central electrode and said shell; said insulator extending longitudinally along said center axis and including an insulator nose region extending outwardly of said shell lower end; said insulator and said shell presenting a gap therebetween, said gap extending longitudinally along said center axis; and a ceramic combustion seal sealing said gap between said shell and said insulator, wherein said shell includes a shell inner surface facing said insulator and presenting a shell inner diameter (D s) extending across and perpendicular to said center axis; said shell inner diameter (D i) increases adjacent said shell lower end; and said ceramic combustion seal is disposed in said gap along said increased shell inner diameter (D s) adjacent said shell lower end, the corona igniter being characterized in that said ceramic combustion seal includes a cylinder disposed in said gap along said increased shell inner diameter, wherein said ceramic combustion seal is a bushing including said cylinder disposed in said gap along said increased shell inner diameter (Di); and said bushing includes a flange extending outwardly from said cylinder along said shell lower end. a central electrode for receiving a radio frequency voltage and emitting a radio frequency electric field to ionize a fuel-air mixture and provide a corona discharge; a shell formed of metal surrounding said central electrode and extending longitudinally along a center axis from a shell upper end to a shell lower end; an insulator disposed between said central electrode and said shell; said insulator extending longitudinally along said center axis and including an insulator nose region extending outwardly of said shell lower end; said insulator and said shell presenting a gap therebetween, said gap extending longitudinally along said center axis; and a ceramic combustion seal sealing said gap between said shell and said insulator, wherein said shell includes a shell inner surface facing said insulator and presenting a shell inner diameter (D s) extending across and perpendicular to said center axis; said shell inner diameter (D i) increases adjacent said shell lower end; and said ceramic combustion seal is disposed in said gap along said increased shell inner diameter (D s) adjacent said shell lower end, the corona igniter being characterized in that said ceramic combustion seal includes a cylinder disposed in said gap along said increased shell inner diameter, wherein said ceramic combustion seal is a bushing including said cylinder disposed in said gap along said increased shell inner diameter (Di); and said bushing includes a flange extending outwardly from said cylinder along said shell lower end.
A method for transmitting hierarchical content, comprising: identifying first content for transmission, the first content associated with a first error rate threshold; identifying second content for transmission, the second content associated with a second error rate threshold that is higher than the first error rate threshold, wherein the first error rate threshold and the second error rate threshold are based on a type of information contained in the first content and second content; modulating the first content on a base modulation layer; modulating the second content on an enhancement modulation layer; superpositioning the enhancement modulation layer on the base modulation layer; and transmitting the superpositioned base and enhancement modulation layers. identifying first content for transmission, the first content associated with a first error rate threshold; identifying second content for transmission, the second content associated with a second error rate threshold that is higher than the first error rate threshold, wherein the first error rate threshold and the second error rate threshold are based on a type of information contained in the first content and second content; modulating the first content on a base modulation layer; modulating the second content on an enhancement modulation layer; superpositioning the enhancement modulation layer on the base modulation layer; and transmitting the superpositioned base and enhancement modulation layers.
Loading system for an aircraft, comprising: - a control computer; - a multitude of cargo conveying means (100, 110,..., 210) for conveying a piece of cargo on a cargo loading deck of the aircraft, wherein the control computer is communicatively coupled to the cargo conveying means (100, 110,..., 210) for controlling the cargo conveying means (100, 110,..., 210); - at least one input device communicatively coupled to the control computer to forward user inputs to the control computer; wherein the at least one input device comprises a touch screen, characterized in that the touch screen is controlled by the control computer in such a way that the touch screen displays at least one outline of the piece of cargo, wherein the loading system is configured to enable a user of the loading system to select the outline of the piece of cargo or at least a portion of the outline of the piece of cargo and to define at least one conveying direction and/or one conveying track by means of the touch screen. - a control computer; - a multitude of cargo conveying means (100, 110,..., 210) for conveying a piece of cargo on a cargo loading deck of the aircraft, wherein the control computer is communicatively coupled to the cargo conveying means (100, 110,..., 210) for controlling the cargo conveying means (100, 110,..., 210); - at least one input device communicatively coupled to the control computer to forward user inputs to the control computer;
Motor vehicle comprising a front bumper which comprises a bottom part extending in its central part transversely with respect to a longitudinal axis of the vehicle and which is fixed to a front part of the body understructure of the vehicle, the front part of the body understructure comprising at least one zone which is locally structured in such a way as to increase the mechanical stiffness of the bottom part of the bumper along said longitudinal axis of the vehicle in the event of an impact on said bottom part, the vehicle comprising a masking plate mounted facing said at least one structured zone of the front part in such a way as to mask said at least one structured zone with respect to the outside of the vehicle, said masking plate having an external face facing towards the outside of the vehicle and offering an aerodynamic surface, characterized in that the front part of the body understructure is formed of a reinforcing plate in which said at least one structured zone comprises a succession of cavities and of box structures arranged along a transverse axis and in that the succession of cavities and of box structures comprises ribs arranged transversely in the cavities situated between the successive box structures.
A method of scheduling transmission of data of terminals in a cell, the method comprising the steps of: acquiring information indicating type of communication service for which a first terminal is to be scheduled; determining (S101b), from the acquired information, when a period of communication inactivity of the first terminal is to occur in the scheduled communication service; the method being characterized in comprising the step of: scheduling the first terminal and at least a second terminal in the cell for transmission of data on the basis of the acquired information indicating the type of communication service for which the first terminal is to be scheduled, the at least second terminal being scheduled for data transmission during the period of communication inactivity of the first terminal by using resources assigned to the first terminal for the data transmission of the at least a second terminal. acquiring information indicating type of communication service for which a first terminal is to be scheduled; determining (S101b), from the acquired information, when a period of communication inactivity of the first terminal is to occur in the scheduled communication service; the method being characterized in comprising the step of: scheduling the first terminal and at least a second terminal in the cell for transmission of data on the basis of the acquired information indicating the type of communication service for which the first terminal is to be scheduled, the at least second terminal being scheduled for data transmission during the period of communication inactivity of the first terminal by using resources assigned to the first terminal for the data transmission of the at least a second terminal. scheduling the first terminal and at least a second terminal in the cell for transmission of data on the basis of the acquired information indicating the type of communication service for which the first terminal is to be scheduled, the at least second terminal being scheduled for data transmission during the period of communication inactivity of the first terminal by using resources assigned to the first terminal for the data transmission of the at least a second terminal.
A lithographic apparatus comprising: a support frame supported by a base via a vibration isolation system; a projection system arranged to transfer a pattern from a patterning device onto a substrate, wherein said projection system comprises a first frame which is spring-supported by the support frame; and an active damping system configured to damp movement of the first frame, characterized in that the active damping system comprises: a first sensor system configured to provide a first sensor output representative of an absolute movement of the first frame, a first actuator system arranged to apply a force between the first frame and the support frame, and a controller configured to provide a drive signal to the first actuator system based on the first sensor output. a support frame supported by a base via a vibration isolation system; a projection system arranged to transfer a pattern from a patterning device onto a substrate, wherein said projection system comprises a first frame which is spring-supported by the support frame; and an active damping system configured to damp movement of the first frame, characterized in that the active damping system comprises: a first sensor system configured to provide a first sensor output representative of an absolute movement of the first frame, a first actuator system arranged to apply a force between the first frame and the support frame, and a controller configured to provide a drive signal to the first actuator system based on the first sensor output. a first sensor system configured to provide a first sensor output representative of an absolute movement of the first frame, a first actuator system arranged to apply a force between the first frame and the support frame, and a controller configured to provide a drive signal to the first actuator system based on the first sensor output.
A method for automatically controlling the output power of a gas discharge lamp, comprising: detecting, in a discharge stable state of the gas discharge lamp, the luminous decay variation of the gas discharge lamp, wherein the luminous decay variation causes a decline of the light flux of the gas discharge lamp; matching a corresponding actual power value for the gas discharge lamp according to the detected luminous decay variation; and regulating the output power of the gas discharge lamp according to the matched actual power value, characterised in that the regulated output power is less than the rated power of the gas discharge lamp; and wherein the gas discharge lamp is a high-intensity discharge, HID, lamp. detecting, in a discharge stable state of the gas discharge lamp, the luminous decay variation of the gas discharge lamp, wherein the luminous decay variation causes a decline of the light flux of the gas discharge lamp; matching a corresponding actual power value for the gas discharge lamp according to the detected luminous decay variation; and regulating the output power of the gas discharge lamp according to the matched actual power value, characterised in that the regulated output power is less than the rated power of the gas discharge lamp; and wherein the gas discharge lamp is a high-intensity discharge, HID, lamp.
Method for demand-driven heat provision in a heating system, to which a specified thermal power ( Q ̇ TH) is provided in accordance with an external reference variable (θ A) wherein the thermal power ( Q ̇ TH) provided additionally depends on the heat requirement of the heating system, by the dependence on the external reference variable (θ A) being such as to take into account correction values that are determined from a correction curve in accordance with the external reference variable (θ A), which is a non-stationary, adaptive correction curve that is adapted after specified time periods, characterized in that the correction curve is adapted by the fact that over a pre-specified time period, the current heat requirement of the heating system is used as a control variable (Δ DQ) of a control system, and the control system outputs a current correction value (DXS AKT) as a correction factor, wherein the correction curve is adapted by averaging the current correction values (DXS AKT) during the specified time period.
A method for forming a catalyzed hair dye system comprising the successive steps of: (a) forming a mixture comprising at least one dye precursor and a catalyst; and (b) adding an alkalizer to said mixture, to form said catalyzed hair dye system; wherein said catalyst comprises aluminum zirconium glycinate. (a) forming a mixture comprising at least one dye precursor and a catalyst; and (b) adding an alkalizer to said mixture, to form said catalyzed hair dye system;
A modified polypeptide capable of trimerizing and reducing the activity, amount, or density of a complement regulatory protein on a target cell surface, wherein the polypeptide has at least 90% sequence identity to the Ad35 fiber knob sequence of SEQ ID NO:3 and includes the amino acids corresponding to the amino acids 123-134 of SEQ ID NO:2, or conservative substitutions thereof, wherein the polypeptide further includes the amino acids corresponding to amino acids 242, 279, 282, and 302 of SEQ ID NO:2, and wherein the polypeptide comprises a first domain and a second domain with CRP binding affinity, wherein the first domain comprises the amino acid sequence set forth in SEQ ID NO:15, SEQ ID NO:16, SEQ ID NO:17, SEQ ID NO:18, SEQ ID NO:19, SEQ ID NO:20, SEQ ID NO:21, SEQ ID NO:22, SEQ ID NO:23, SEQ ID NO:24, SEQ ID NO:25, SEQ ID NO:26, SEQ ID NO:27, SEQ ID NO:28, SEQ ID NO:29, SEQ ID NO:30, or SEQ ID NO:31, and wherein X 1 is not Aspartate, X 2 is not Threonine or X 3 is not Isoleucine.
A method for forming a multilayer meltblown composite, comprising: meltblowing a first material to form a first meltblown layer; meltblowing a second material to form a second meltblown layer; and meltblowing a third material to form a third meltblown layer, wherein each material is the same or different, each material includes at least one resin having a MFR of about 2,000 dg/min or less, as measured by ASTM D1238, 2.16 kg, 230°C, and at least one of the first, second, and third materials comprises an elastomer having a recovery of at least 70% after 100% deformation, as determined by ASTM D412. meltblowing a first material to form a first meltblown layer; meltblowing a second material to form a second meltblown layer; and meltblowing a third material to form a third meltblown layer, wherein each material is the same or different, each material includes at least one resin having a MFR of about 2,000 dg/min or less, as measured by ASTM D1238, 2.16 kg, 230°C, and at least one of the first, second, and third materials comprises an elastomer having a recovery of at least 70% after 100% deformation, as determined by ASTM D412.
An air spring for disposing between a first moving body and a second moving body that move relative to each other, the air spring comprising: a chamber member attached at the first moving body side; a piston member attached at the second moving body side; an outer tube member of cylindrical shape of larger diameter than that of the piston member; and a diaphragm of cylindrical shape of larger diameter than that of the piston member, inserted inside the tube of the outer tube member, connected to the chamber member and the piston member such that a chamber enclosure is configured inside and with the external periphery of the diaphragm attached to an intermediate section of an inner wall at the chamber member side of the outer tube member, wherein, a connecting intermediate section of the diaphragm on the chamber member side is connected to the chamber member, and a first end section disposed on the piston member side of the diaphragm is connected to the piston member, the first end section side of the diaphragm is folded back towards the tube inside in an inside out reversed state, a second end section side of the diaphragm extends from the connecting intermediate section and is folded back towards the tube outside in an inside out reversed state, and the second end section of the diaphragm is connected to the outer periphery of the outer tube member. a chamber member attached at the first moving body side; a piston member attached at the second moving body side; an outer tube member of cylindrical shape of larger diameter than that of the piston member; and a diaphragm of cylindrical shape of larger diameter than that of the piston member, inserted inside the tube of the outer tube member, connected to the chamber member and the piston member such that a chamber enclosure is configured inside and with the external periphery of the diaphragm attached to an intermediate section of an inner wall at the chamber member side of the outer tube member, wherein, a connecting intermediate section of the diaphragm on the chamber member side is connected to the chamber member, and a first end section disposed on the piston member side of the diaphragm is connected to the piston member, the first end section side of the diaphragm is folded back towards the tube inside in an inside out reversed state, a second end section side of the diaphragm extends from the connecting intermediate section and is folded back towards the tube outside in an inside out reversed state, and the second end section of the diaphragm is connected to the outer periphery of the outer tube member.
A braze alloy composition, comprising: a) nickel; or a combination of nickel and cobalt; b) 2% by weight to 30% by weight germanium; and c) 1% by weight to 5% by weight boron; wherein the composition is free of silicon. a) nickel; or a combination of nickel and cobalt; b) 2% by weight to 30% by weight germanium; and c) 1% by weight to 5% by weight boron;
Agricultural attachment, in particular soil cultivation device, comprising a central machine frame which is supported on the ground on a rear frame part by a chassis with several wheel axles (23, 24) and, on a front frame part, is connected with an attachment device, in particular drawbar, for attachment to a tractor, wherein a transverse frame is attached to the rear frame part, which carries at least one row of working units and which can be luffed up from a lowered working position, in which the transverse frame projects laterally transverse to the direction of travel, about a horizontal luffing axis with respect to the machine frame and can be folded-in about an upright folding axis to a transport position approximately parallel to the direction of travel on the machine frame, wherein the chassis is assigned an adjustment device which is configured, depending of an actuation and/or position of the transverse frame to adjust the chassis and to make a wheel axle closer to the transverse frame to the fixed contact point in order to provide an unequal axle load distribution when the transverse frame is luffed-up and folded-in, and to apply more load to a rear wheel axle closer to the transverse frame than to a front wheel axle further away from the transverse frame.
Method of producing a reconstituted grain of rice, said method comprising: - a step (a) of producing a mixture comprising a flour composed of at least one gluten-free cereal, the mixture of step (a) likewise comprising at least one food substance added to said flour and having a nutritional and/or organoleptic function, - a step (c) of heating the mixture taking place at a temperature substantially greater than 100 °C, - a step (d) of compressing the mixture, said step (d) being intended to ensure a cohesion of said mixture, - a step (e) of shaping the mixture, said method being characterised in that it comprises a step (b) of hydrating the mixture obtained in the course of step (a), and in that the step (e) is a shaping of the mixture in the form of grain of rice which comprises a sub-step of moulding said mixture obtained in step (d), said sub-step of moulding being carried out with the aid of a mould in the shape of a grain of rice, said mould having an internal surface covered with a coating of thermoplastic polymer intended to ensure that a reconstituted grain of rice having a smooth surface is obtained. - a step (a) of producing a mixture comprising a flour composed of at least one gluten-free cereal, the mixture of step (a) likewise comprising at least one food substance added to said flour and having a nutritional and/or organoleptic function, - a step (c) of heating the mixture taking place at a temperature substantially greater than 100 °C, - a step (d) of compressing the mixture, said step (d) being intended to ensure a cohesion of said mixture, - a step (e) of shaping the mixture,
A method of straightening the hair comprising the step of applying to the hair a hair treatment composition comprising: i) at least 0.4 wt% of the total composition of sorbitol and/or isomalt; and ii) at least 0.4 wt % of the total composition of citric acid; in which the ratio of sorbitol and/or isomalt to citric acid is 1:3 to 3:1; and iii) heating the resulting composition to a temperature of greater than 120°C for at least 10 seconds. i) at least 0.4 wt% of the total composition of sorbitol and/or isomalt; and ii) at least 0.4 wt % of the total composition of citric acid; in which the ratio of sorbitol and/or isomalt to citric acid is 1:3 to 3:1; and iii) heating the resulting composition to a temperature of greater than 120°C for at least 10 seconds.
A method of call control including, performed in a first network, detecting calls directed to a destination in the first network (12, 16); redirecting a plurality of the calls to a destination in a second network (16, 12); characterised in that in a first phase, for each call of a first set of the plurality of calls redirected to the second network, recording the time delay before the call is answered in the second network; and setting a delay period to a value less than the maximum value of the time delays recorded in the first phase; in a second phase, for a second set of the plurality of calls, comprising calls redirected to the second network subsequent to the calls of the first set, when a call of the second set redirected to the second network is not answered in the second network within the delay period, redirecting in the first network the call to an alternative destination associated with the first network.