mhurhangee/ep-ind-claims huggingface dataset:
A flame monitoring apparatus including a voltage generating and measuring assembly, comprising - a voltage generating unit for generating an ignition voltage for operating an ignition apparatus of a burner and for generating an ionization voltage of an ionization electrode for monitoring a flame of said burner, and - a measuring unit for measuring an ionization current generated by said ionization voltage, further comprising a control unit for controlling said voltage generating unit and for evaluating the measured values of said measuring unit, and wherein said control unit is configured to acquire at least one dynamic feedback signal (30a, 30b) of said voltage generating and measuring assembly and to evaluate it to detect a malfunction of an element of said voltage generating and measuring assembly, characterized in that said at least one dynamic feedback signal comprises a characteristic variable for an ignition voltage actually applied. - a voltage generating unit for generating an ignition voltage for operating an ignition apparatus of a burner and for generating an ionization voltage of an ionization electrode for monitoring a flame of said burner, and - a measuring unit for measuring an ionization current generated by said ionization voltage,
Device for winding a material web into a wound reel, having at least one roll (2, 3) on which the wound reel rests during winding and which rotates during winding at a maximum frequency of rotation, the roll (2, 3) being supported in a bearing device having a bearing (7, 8) at each roll end and the roll (2, 3), including its bearing device, having a first natural frequency, characterized in that the first natural frequency is smaller than the maximum frequency of rotation of the roll (2, 3).
A method for making pouches providing a continuous web; folding the web to provide confronting side surfaces joined along a bottom edge; forming a vertical seal between the confronting side surfaces, thereby providing a series of adjacent pockets having opposite side walls with each pocket having an unsealed opening along a top edge; filling the pockets through the unsealed opening with material; sealing the unsealed opening, characterized in that the web is perforated by a perforation between a leading length piece of the web adapted to form a leading pocket and a trailing length piece of the web adapted to form a trailing pocket, that the continuous web is abutted against an outer circumference of a rotating filler wheel to follow a circular path and that a distance between a trailing edge of the leading length piece and a leading edge of a trailing length piece is increased for tearing the leading and the trailing lengths pieces apart at the perforation while the length pieces are moved on the circular path.
A compound comprising a heteroleptic iridium complex having the formula: wherein R 1, R 2, R 3 and R 4 may represent mono-, di-, tri- or tetra-substitution; wherein R 1, R 2, R 3, R 4 and R 5 are each independently selected from the group consisting of hydrogen, deuterium, halide, alkyl, cycloalkyl, heteroalkyl, arylalkyl, alkoxy, aryloxy, amino, silyl, alkenyl, cycloalkenyl, heteroalkenyl, alkynyl, aryl, heteroaryl, acyl, carbonyl, carboxylic acids, ester, nitrile, isonitrile, sulfanyl, sulfinyl, sulfonyl, phosphino, and combinations thereof; wherein R 1, R 2, R 3 and R 4 are optionally fused; wherein X is selected from the group consisting of CRR', SiRR', C=O, N-R, B-R, O, S, SO, SO 2, and Se; wherein R and R' are independently selected from the group consisting of linear alkyl, branched alkyl, and aryl; and wherein n = 1 or 2.
A method comprising: (a) providing a feed comprising condensate and crude oil; (b) directing said feed to a first zone of a standalone vaporization unit and separating a portion of said feed in said first zone into a first vapor stream and a first liquid stream; (c) passing said first vapor stream to a cracking furnace having in its interior at least a convection section and a separate radiant section; (d) passing said first liquid stream to a second zone of said vaporization unit; (e) contacting said first liquid stream with counter-current steam in said second zone of said vaporization unit so that said first liquid stream intimately mixes with said steam to cause vaporization to produce a second vapor stream and a second liquid stream; (f) passing the vaporous hydrocarbon product of the standalone vaporization unit to the radiant section of the cracking furnace; and (g) recovering the liquid hydrocarbons from the vaporization unit; wherein the feed contains up to 30 weight percent heavy hydrocarbons that boil at >482°C (900°F) at atmospheric pressure. (a) providing a feed comprising condensate and crude oil; (b) directing said feed to a first zone of a standalone vaporization unit and separating a portion of said feed in said first zone into a first vapor stream and a first liquid stream; (c) passing said first vapor stream to a cracking furnace having in its interior at least a convection section and a separate radiant section; (d) passing said first liquid stream to a second zone of said vaporization unit; (e) contacting said first liquid stream with counter-current steam in said second zone of said vaporization unit so that said first liquid stream intimately mixes with said steam to cause vaporization to produce a second vapor stream and a second liquid stream; (f) passing the vaporous hydrocarbon product of the standalone vaporization unit to the radiant section of the cracking furnace; and (g) recovering the liquid hydrocarbons from the vaporization unit;
Balanced hinge device with programmable brake for appliances and furniture in general, provided of first and second connecting member mutually pivoted through a first pivot pin and interconnected by kinematic means comprising at least one arm means hinged by a second pivot pin to one of two members (4, 5), said first and second connecting members are respectively assigned to be fixed to a door and to a structure or frame of the appliance or furniture for the rotation of the door between the full close and full open conditions, the arm means and one of the two connecting members (4, 5) bear, one of them a through slot and the other a friction means slidably engaged with friction in the through slot which is approximately shaped according to the followed trajectory by the friction means between the full close and full open condition, seen from the means or member (8, 4, 5) that bears the through slot, the kinematic means comprise elastic means having a fixed end and the other end connected to the end of the arm means opposite to the second pivot pin to provide to the first and the second connecting members a balancing elastic force directed towards the closing condition; said device is characterized in that the through slot is obtained in the arm means or second connecting member and the friction means is fixed to the second connecting member respectively arm means; the friction means comprises a rod engaged in the through slot and having one end fixed to the second connecting member or arms means respectively and the other end bearing an enlarged head assigned to prevent the rod disengagement from the though slot, the rod is made of an at least partially elastic material and the width or the transverse dimension of the through slot varies from a value approximately equal to or slightly greater than the not deformed rod transverse dimension to a value smaller than said not deformed diameter and that the through slot transverse dimension is modulated to predetermine and program the friction and the braking actions between the through slot and the friction means at varying opening angles of the first and second connecting members.
A method of treating wine in a barrel, comprising: (a) extracting less than 50% by volume of the wine from the barrel; (b) treating said extracted wine by use of the system of claim 11; and (c) returning the treated wine into the barrel. (a) extracting less than 50% by volume of the wine from the barrel; (b) treating said extracted wine by use of the system of claim 11; and (c) returning the treated wine into the barrel.
Method for triggering a controlled short-circuit mode for the protection of an electric traction chain of a motor vehicle driven, at least partially, by an electric machine, said motor vehicle comprising a battery suitable for supplying direct current to an inverter designed to transform the direct current into three-phase current and supply the electric machine with power, comprising a first step of calculating a position setpoint (α setpoint) for the rotor of the electric machine, a second step of measuring the position (α) of the rotor, a third step of comparing the measured position of the rotor and the position setpoint for the rotor, and a fourth step of triggering a controlled short-circuit mode, said method being characterized in that said position setpoint for the rotor corresponds to the position of the rotor in which the peak-to-peak amplitude of the three-phase current is minimum.
Method for operating a bistable display, whose individual cells are brought from a first state into a second state and are stabilized in the second state when a write voltage is applied and maintained over a particular switching time, wherein the cells remain stable in the second state even after the removal of the write voltage, characterized by the method steps: - applying the write voltage to at least one of the cells, which is to be operated in an unstable mode for displaying information such that the write voltage is continuously maintained at a maximum over a period shorter than the switching time, in order to bring the at least one cell from the first state substantially into the second state, and - removing the write voltage before the switching time is reached in order to prevent the at least one cell from being stabilized in the second state. - applying the write voltage to at least one of the cells, which is to be operated in an unstable mode for displaying information such that the write voltage is continuously maintained at a maximum over a period shorter than the switching time, in order to bring the at least one cell from the first state substantially into the second state, and - removing the write voltage before the switching time is reached in order to prevent the at least one cell from being stabilized in the second state.
A battery module comprising: a stack including a plurality of battery cells arranged side by side in a first direction, each of the plurality of battery cells having a prismatic shape; an end plate provided to be arranged side by side with the plurality of battery cells in the first direction; and a restraint member that restrains the plurality of battery cells and the end plate along the first direction, the restraint member being provided to be arranged side by side with the plurality of battery cells and the end plate in a second direction orthogonal to the first direction, wherein the end plate includes a plate-shaped member, the plate-shaped member has an uneven shape including an abutment portion (110A, 110B) and a recess, the abutment portion (110A, 110B) being in abutment with the stack in the first direction, the recess being located in a direction away from the stack with respect to the abutment portion (110A, 110B), and the recess includes a first portion and a second portion, the first portion having a flat surface shape, the first portion constituting a bottom surface of the recess, the second portion having been through a process for forming the uneven shape, characterized in that a pressing process has been performed onto the plate-shaped member at a region overlapping with the second portion having been through the process for forming the uneven shape when viewed in the first direction so as to form a pressing-processed portion continuous to the first portion and expanding the first portion. a stack including a plurality of battery cells arranged side by side in a first direction, each of the plurality of battery cells having a prismatic shape; an end plate provided to be arranged side by side with the plurality of battery cells in the first direction; and a restraint member that restrains the plurality of battery cells and the end plate along the first direction, the restraint member being provided to be arranged side by side with the plurality of battery cells and the end plate in a second direction orthogonal to the first direction, wherein the end plate includes a plate-shaped member, the plate-shaped member has an uneven shape including an abutment portion (110A, 110B) and a recess, the abutment portion (110A, 110B) being in abutment with the stack in the first direction, the recess being located in a direction away from the stack with respect to the abutment portion (110A, 110B), and the recess includes a first portion and a second portion, the first portion having a flat surface shape, the first portion constituting a bottom surface of the recess, the second portion having been through a process for forming the uneven shape, characterized in that a pressing process has been performed onto the plate-shaped member at a region overlapping with the second portion having been through the process for forming the uneven shape when viewed in the first direction so as to form a pressing-processed portion continuous to the first portion and expanding the first portion.
A method comprising: characterizing a plurality of channels, each of the plurality of channels being a channel between a location and a respective one of the plurality of communication interfaces; for each of the plurality of communication interfaces, supplying signals to the communication interface and detecting interference that occurs at the location as a result of emissions radiated from the plurality of communication interface while the signals are supplied thereto, or receiving information indicative of said interference; for each of the plurality of communication interfaces, determining an estimate of interference that would occur at the location as a result of emissions radiated from the communication interface while the signals are supplied thereto, based at least in part on the characterization of the channel between the location and the communication interface; and for each of the plurality of communication interfaces, comparing the estimate of interference that would occur at the location to the detected interference that occurs at the location; characterised in that comparing the estimate of interference that would occur at the location to the detected interference that occurs at the location comprises determining a measure of correlation between the estimate of interference that would occur at the location and the detected interference that occurs at the location; and identifying a communication interface that results in an undesired amount of interference at the location based at least in part on the comparison. characterizing a plurality of channels, each of the plurality of channels being a channel between a location and a respective one of the plurality of communication interfaces; for each of the plurality of communication interfaces, supplying signals to the communication interface and detecting interference that occurs at the location as a result of emissions radiated from the plurality of communication interface while the signals are supplied thereto, or receiving information indicative of said interference; for each of the plurality of communication interfaces, determining an estimate of interference that would occur at the location as a result of emissions radiated from the communication interface while the signals are supplied thereto, based at least in part on the characterization of the channel between the location and the communication interface; and for each of the plurality of communication interfaces, comparing the estimate of interference that would occur at the location to the detected interference that occurs at the location; characterised in that comparing the estimate of interference that would occur at the location to the detected interference that occurs at the location comprises determining a measure of correlation between the estimate of interference that would occur at the location and the detected interference that occurs at the location; and identifying a communication interface that results in an undesired amount of interference at the location based at least in part on the comparison.
A composite ceramic composition comprising: a boron carbide phase; a tungsten boride phase; and a transition metal boride phase comprising a boride of at least one metal chosen from Cr, Nb, and Zr; wherein the composition comprises a boron to carbon molar ratio ranging from 2: 1 to 8: 1. a boron carbide phase; a tungsten boride phase; and a transition metal boride phase comprising a boride of at least one metal chosen from Cr, Nb, and Zr; wherein the composition comprises a boron to carbon molar ratio ranging from 2: 1 to 8: 1.
Vacuum switch comprising - two base elements (3, 5) which are spaced apart from one another, - a vacuum interrupter which is arranged between the base elements (3, 5), and - multiple mechanically rigid support elements, wherein - each support element is connected to both base elements (3, 5), extends without contact around part of the circumference of the vacuum interrupter and is made of an insulating material, and - the support elements are arranged spaced apart from one another around the vacuum interrupter and are surrounded by an electrically non-conductive elastomer which fills the gaps between the support elements and between the support elements and the vacuum interrupter, characterized in that at least one support element has at least one clearance which is filled with the elastomer. - two base elements (3, 5) which are spaced apart from one another, - a vacuum interrupter which is arranged between the base elements (3, 5), and - multiple mechanically rigid support elements, wherein - each support element is connected to both base elements (3, 5), extends without contact around part of the circumference of the vacuum interrupter and is made of an insulating material, and - the support elements are arranged spaced apart from one another around the vacuum interrupter and are surrounded by an electrically non-conductive elastomer which fills the gaps between the support elements and between the support elements and the vacuum interrupter, characterized in that at least one support element has at least one clearance which is filled with the elastomer.
A method for over sampling a RF carrier signal, the method comprising: receiving, by an analog digital converter, ADC, the RF carrier signal at an RF carrier signal frequency; sampling, by the ADC, the RF carrier signal at a sampling rate of four times the RF carrier signal frequency; separating, by a Digital Signal Processor, DSP, every second sample of the sampled RF carrier signal to generate I channel data and every other second sample of the sampled RF carrier signal to generate Q channel data, respectively, and mixing down, by the DSP, the I channel data and the Q channel data. receiving, by an analog digital converter, ADC, the RF carrier signal at an RF carrier signal frequency; sampling, by the ADC, the RF carrier signal at a sampling rate of four times the RF carrier signal frequency; separating, by a Digital Signal Processor, DSP, every second sample of the sampled RF carrier signal to generate I channel data and every other second sample of the sampled RF carrier signal to generate Q channel data, respectively, and mixing down, by the DSP, the I channel data and the Q channel data.
A bypass valve that diverts some of compressed air in a scroll section to an upstream side of the scroll section via a bypass conduit in an open state and sends the compressed air in the scroll section to a downstream side in a closed state, the bypass valve comprising: a valve body that is fittable in a branch hole in which the scroll section communicates with the bypass conduit; and an actuator that moves the valve body between the closed state where the valve body is fitted in the branch hole and the open state where the valve body is away from the branch hole, wherein the valve body forms an inner surface along an inner wall of the scroll section in the closed state, characterized in that the valve body includes a tapered portion on a back surface, the diameter of the tapered portion increasing from a driving shaft of the actuator toward an outer edge portion of the valve body. a valve body that is fittable in a branch hole in which the scroll section communicates with the bypass conduit; and an actuator that moves the valve body between the closed state where the valve body is fitted in the branch hole and the open state where the valve body is away from the branch hole, wherein the valve body forms an inner surface along an inner wall of the scroll section in the closed state, characterized in that the valve body includes a tapered portion on a back surface, the diameter of the tapered portion increasing from a driving shaft of the actuator toward an outer edge portion of the valve body.
A surrounding condition detection system for a harvester configured to harvest crops while traveling in a field, comprising: a self-machine position detection module operable to detect a self-machine position of the harvester; a detection unit including a plurality of detection modules capable of detecting conditions of surrounding of the harvester; a map creation section operable to create, based on the self-machine position, a map indicative of a position of a reaped land in the field where the crops have been reaped and a position of an un-reaped land in the field where the crops have not yet been reaped; characterized in that the system further comprises an operational mode setting section for setting operational modes of the plurality of detection modules respectively, based on the map and the self-machine position, wherein the operational mode setting section is configured to stop a detection function of a particular detection module among the plurality of detection modules, based on the map and the self-machine position, the particular detection module being directed to detection of the condition of the un-reaped land. a self-machine position detection module operable to detect a self-machine position of the harvester; a detection unit including a plurality of detection modules capable of detecting conditions of surrounding of the harvester; a map creation section operable to create, based on the self-machine position, a map indicative of a position of a reaped land in the field where the crops have been reaped and a position of an un-reaped land in the field where the crops have not yet been reaped; characterized in that the system further comprises an operational mode setting section for setting operational modes of the plurality of detection modules respectively, based on the map and the self-machine position, wherein the operational mode setting section is configured to stop a detection function of a particular detection module among the plurality of detection modules, based on the map and the self-machine position, the particular detection module being directed to detection of the condition of the un-reaped land.