mhurhangee/ep-ind-claims huggingface dataset:
A process for producing a target by plasma spraying by means of a plasma torch, said target being in molybdenum, characterized in that at least one fraction of molybdenum in the form of powder is sprayed by plasma spraying onto at least one surface portion of the target, in a chamber that has been purged or rinsed and then filled with inert gas, up to a pressure that may range from 50 mbar to 1100 mbar, so as to create an oxygen-depleted atmosphere within it, in that the plasma gas mixture used is reducing, and in that powerful cryogenic cooling jets at a temperature equal to or below -150°C directed onto the target during its construction and distributed around the torch are used, so that the oxygen content present in the target in oxide form is more than 5% less than that initially present in the starting powder.
A compound of the formula or a salt thereof: wherein, in the formula, R 1 is lower alkyl or halogeno-lower alkyl, R 2 is a halogen or halogeno-lower alkyl, L is a bond or -CH 2 -, A is CH or N, R 3 is H or lower alkyl, R 4 and R 5 are the same as or different from each other, and are H or lower alkyl, R 6 and R 7 are the same as or different from each other, and are H, lower alkyl, or a halogen. R 1 is lower alkyl or halogeno-lower alkyl, R 2 is a halogen or halogeno-lower alkyl, L is a bond or -CH 2 -, A is CH or N, R 3 is H or lower alkyl, R 4 and R 5 are the same as or different from each other, and are H or lower alkyl, R 6 and R 7 are the same as or different from each other, and are H, lower alkyl, or a halogen.
A swirler for a combustor of a gas turbine engine, the swirler comprising: a swirler body with a swirler threaded section defined around a swirler central longitudinal axis; and an anti-rotation lock which at least partially surrounds said swirler threaded section and includes a multiple of circumferentially arranged arms, wherein said multiple of circumferentially arranged arms flex radially outward as said swirler is threaded onto a bulkhead support shell and snap onto said bulkhead support shell when said swirler is fully installed. a swirler body with a swirler threaded section defined around a swirler central longitudinal axis; and an anti-rotation lock which at least partially surrounds said swirler threaded section and includes a multiple of circumferentially arranged arms, wherein said multiple of circumferentially arranged arms flex radially outward as said swirler is threaded onto a bulkhead support shell and snap onto said bulkhead support shell when said swirler is fully installed.
A gas analyzer comprising: a sample inlet, configured to receive a sample, coupled to a sample outlet; a detector operably disposed between the sample inlet and the sample outlet and configured to provide an indication relative to the sample; a monitoring component (150, 200) configured to provide a diagnostic indication regarding at least one component of the gas analyzer; and a controller configured to control flow through the gas analyzer, the controller being operably coupled to the detector to analyze the sample, provide the analysis to the monitoring component (150, 200), and provide the diagnostic indication to an output, wherein the diagnostic indication includes a degree of membership between an identified symptom identified by the monitoring component (150, 200) and a list of possible issues to provide an indication of a severity of a detected issue, the degree of membership corresponding to a length of time since a parameter first deviated, and a deviation rate. a sample inlet, configured to receive a sample, coupled to a sample outlet; a detector operably disposed between the sample inlet and the sample outlet and configured to provide an indication relative to the sample; a monitoring component (150, 200) configured to provide a diagnostic indication regarding at least one component of the gas analyzer; and a controller configured to control flow through the gas analyzer, the controller being operably coupled to the detector to analyze the sample, provide the analysis to the monitoring component (150, 200), and provide the diagnostic indication to an output, wherein the diagnostic indication includes a degree of membership between an identified symptom identified by the monitoring component (150, 200) and a list of possible issues to provide an indication of a severity of a detected issue, the degree of membership corresponding to a length of time since a parameter first deviated, and a deviation rate.
A Hall thruster power supply device comprising: - a spread circuit to output a spread signal obtained by performing spread spectrum on a pulse signal based on a control signal; and - a voltage output circuit to output an output voltage to a Hall thruster in accordance with the spread signal output by the spread circuit. - a spread circuit to output a spread signal obtained by performing spread spectrum on a pulse signal based on a control signal; and - a voltage output circuit to output an output voltage to a Hall thruster in accordance with the spread signal output by the spread circuit.
A spread spectrum clock generation circuit comprising: a generation means configured to generate and output a spread spectrum clock based on a reference clock input to said generation means; a monitoring means configured to monitor a difference between the number of pulses of the reference clock input to said generation means after a reference time and the number of pulses of a spread spectrum clock output from said generation means after the reference time, characterized by said monitoring means including a first cyclic shift register driven by the reference clock, a second cyclic shift register driven by the spread spectrum clock, a set/reset flip-flop circuit group, an internal state of which is determined in accordance with an output from said first cyclic shift register and an output from said second cyclic shift register, and an acquisition means configured to acquire the difference based on the internal state from said set/reset flip-flop circuit group; and a control means configured to control a frequency of a spread spectrum clock to be generated by said generation means so as to make the difference fall within the number of stages of each of the first and second cyclic shift registers, wherein a frequency of the reference clock is constant over time. a generation means configured to generate and output a spread spectrum clock based on a reference clock input to said generation means; a monitoring means configured to monitor a difference between the number of pulses of the reference clock input to said generation means after a reference time and the number of pulses of a spread spectrum clock output from said generation means after the reference time, characterized by said monitoring means including a first cyclic shift register driven by the reference clock, a second cyclic shift register driven by the spread spectrum clock, a set/reset flip-flop circuit group, an internal state of which is determined in accordance with an output from said first cyclic shift register and an output from said second cyclic shift register, and an acquisition means configured to acquire the difference based on the internal state from said set/reset flip-flop circuit group; and a first cyclic shift register driven by the reference clock, a second cyclic shift register driven by the spread spectrum clock, a set/reset flip-flop circuit group, an internal state of which is determined in accordance with an output from said first cyclic shift register and an output from said second cyclic shift register, and an acquisition means configured to acquire the difference based on the internal state from said set/reset flip-flop circuit group; and a control means configured to control a frequency of a spread spectrum clock to be generated by said generation means so as to make the difference fall within the number of stages of each of the first and second cyclic shift registers,
A method of generating a display for output from a measurement instrument, the method comprising: receiving an original image formed of pixels; extracting brightness information from the pixels; converting the brightness information of the pixels to f-stop equivalents, the converting including: determining a linear light representation from the brightness information, and applying a Look Up Table, LUT, to convert the linear light representation to f-stop equivalents; selecting f-stop equivalents that fall within a first range of f-stops; modifying the original image by modifying original pixels that fall within the first range of f-stops to produce a modified image; and displaying the modified image. receiving an original image formed of pixels; extracting brightness information from the pixels; converting the brightness information of the pixels to f-stop equivalents, the converting including: determining a linear light representation from the brightness information, and applying a Look Up Table, LUT, to convert the linear light representation to f-stop equivalents; determining a linear light representation from the brightness information, and applying a Look Up Table, LUT, to convert the linear light representation to f-stop equivalents; selecting f-stop equivalents that fall within a first range of f-stops; modifying the original image by modifying original pixels that fall within the first range of f-stops to produce a modified image; and displaying the modified image.
Device for keeping closed and for releasing as well as for supervising a condition of a part that blocks or releases an access to a danger zone comprising: - an electromagnet with a magnetic coil and - an armature for closing the magnetic circuit of the electromagnet, whereby the armature and the electromagnet are to be placed at the access and on the part that blocks or releases the access so that the magnetic circuit is closed in a position of this part that closes the access, the magnetic circuit is however open in a position that releases the access, - a supply circuit in which a switch for connecting a source of current to the magnetic coil and for disconnecting the source of current from the magnetic coil and a measuring resistor exist and - an evaluation device for measuring the voltage drop via the measuring resistor as well as for evaluating this current measurement, characterized in that the measuring resistor is placed in the supply circuit as well as in the magnetic coil circuit, whereby its arrangement in the magnetic coil circuit allows a supervision of the current behaviour when cutting off the current supply and during which the current supply is cut off. - an electromagnet with a magnetic coil and - an armature for closing the magnetic circuit of the electromagnet, whereby the armature and the electromagnet are to be placed at the access and on the part that blocks or releases the access so that the magnetic circuit is closed in a position of this part that closes the access, the magnetic circuit is however open in a position that releases the access, - a supply circuit in which a switch for connecting a source of current to the magnetic coil and for disconnecting the source of current from the magnetic coil and a measuring resistor exist and - an evaluation device for measuring the voltage drop via the measuring resistor as well as for evaluating this current measurement,
A system configured to process a first acceleration signal, the system comprising: at least one acceleration sensor for measuring acceleration of a foot during a movement of the foot from a first position of the foot on a surface to a second position of the foot on the surface and for generating the first acceleration signal comprising a plurality of acceleration values in response to measuring the acceleration; a signal processing system configured to identify one or more acceleration values in a peak region of the first acceleration signal associated with an impact of the foot on the surface; characterized in that the signal processing system is configured to, after identification of said one or more acceleration values, process the identified one or more acceleration values by calculating one or more acceleration values in the peak region of the first acceleration signal to obtain a second acceleration signal that is smooth in the peak region associated with the impact of the foot on the surface. at least one acceleration sensor for measuring acceleration of a foot during a movement of the foot from a first position of the foot on a surface to a second position of the foot on the surface and for generating the first acceleration signal comprising a plurality of acceleration values in response to measuring the acceleration; a signal processing system configured to identify one or more acceleration values in a peak region of the first acceleration signal associated with an impact of the foot on the surface; characterized in that the signal processing system is configured to, after identification of said one or more acceleration values, process the identified one or more acceleration values by calculating one or more acceleration values in the peak region of the first acceleration signal to obtain a second acceleration signal that is smooth in the peak region associated with the impact of the foot on the surface.
Timepiece oscillator with a flexible pivot fulfilling the function of a balance and hairspring assembly and comprising: - a first monolithic piece defining a first rigid part and a second rigid part which are connected to one another by at least one first elastic strip, and - a second monolithic piece defining a third rigid part and a fourth rigid part which are connected to one another by at least one second elastic strip, the first and second monolithic pieces (26, 27) being assembled together such that: - the first and third rigid parts are rigidly connected to one another, - the second and fourth rigid parts are rigidly connected to one another, and - said at least one first elastic strip and said at least one second elastic strip cross each other without contact and define a virtual axis of rotation for the second and fourth rigid parts with respect to the first and third rigid parts. - a first monolithic piece defining a first rigid part and a second rigid part which are connected to one another by at least one first elastic strip, and - a second monolithic piece defining a third rigid part and a fourth rigid part which are connected to one another by at least one second elastic strip, - the first and third rigid parts are rigidly connected to one another, - the second and fourth rigid parts are rigidly connected to one another, and - said at least one first elastic strip and said at least one second elastic strip cross each other without contact and define a virtual axis of rotation for the second and fourth rigid parts with respect to the first and third rigid parts.
Polymeric composite material for early detection pre-fire situations that arise as a result of local overheating of electrical equipment, when the heating of wires or electrical contacts exceeds the permissible operating parameters, but does not yet reach the level at which the thermal destruction of material occurs, the composite material having an explosive fracture temperature in the range of 80-200 °C and comprising a continuous phase that is constituted by a thermosetting polymer, wherein in said continuous phase closed type pores are made in which an odorant is encapsulated, the odorant being selected from sulfur dioxide, low-molecular-weight mercaptans, dialkyl sulfides dialkyl disulfides or mixtures thereof, and optionally additionally comprising a solvent selected from the group consisting of hydrofluorochlorocarbons, hydrofluorocarbons, fluorocarbons, chlorocarbons, chlorofluorocarbons, perfluoro (ethylisopropyl ketone), alkanes, ethers and mixtures thereof; the pores are made to differ from each other both in size and shell thickness, so that their opening occurs at different pressures and temperatures and the composite material is configured to respond repeatedly to repeated heating by releasing the odorant of the pores into the environment when opening of a part of the pores occurs due to the gas of the odorant reaching a pressure corresponding to their shell strength. the composite material having an explosive fracture temperature in the range of 80-200 °C and comprising a continuous phase that is constituted by a thermosetting polymer, wherein in said continuous phase closed type pores are made in which an odorant is encapsulated, the odorant being selected from sulfur dioxide, low-molecular-weight mercaptans, dialkyl sulfides dialkyl disulfides or mixtures thereof, and optionally additionally comprising a solvent selected from the group consisting of hydrofluorochlorocarbons, hydrofluorocarbons, fluorocarbons, chlorocarbons, chlorofluorocarbons, perfluoro (ethylisopropyl ketone), alkanes, ethers and mixtures thereof; the pores are made to differ from each other both in size and shell thickness, so that their opening occurs at different pressures and temperatures and the composite material is configured to respond repeatedly to repeated heating by releasing the odorant of the pores into the environment when opening of a part of the pores occurs due to the gas of the odorant reaching a pressure corresponding to their shell strength.
An animal litter composed of a plurality of particulates having a water absorbing property, wherein the particulates include long particles and short particles formed in cylindrical shapes having diameters which are substantially equal to each other, the long particles of at least 4 mm and less than 10 mm in grain size that have length greater than the diameter, and the short particles of at least 4 mm and less than 10 mm in grain size that have length no greater than the diameter; according to the grain size definition provided in the present application; the long particles are provided with a core portion which is composed mainly of pulp and a covering layer which is configured to include a highly absorbent resin and to cover the core portion; and proportion of the short particles to total of the long particles and the short particles is at least 10% and no greater than 50% in ratio by weight.
A cartridge comprising: a substrate including a polymerase chain reaction zone including: a first heating region; a second heating region spaced away from the first heating region; a detection region; and a microchannel formed in the substrate, the microchannel configured to receive a fluid flowing therethrough, the microchannel passing through the first heating region and second heating region to thermally cycle the fluid, and the microchannel passing through the detection region after the fluid has been thermally cycled, the cartridge further comprising: a cover having a first side and second side, the second side of the cover attached to a first side of the substrate and enclosing the microchannel, the cartridge characterized by, a first heating element arranged on the first side of the cover in the first heating region; and a second heating element arranged on the first side of the cover in the second heating region. a substrate including a polymerase chain reaction zone including: a first heating region; a second heating region spaced away from the first heating region; a detection region; and a microchannel formed in the substrate, the microchannel configured to receive a fluid flowing therethrough, the microchannel passing through the first heating region and second heating region to thermally cycle the fluid, and the microchannel passing through the detection region after the fluid has been thermally cycled, the cartridge further comprising: a cover having a first side and second side, the second side of the cover attached to a first side of the substrate and enclosing the microchannel, the cartridge characterized by, a first heating region; a second heating region spaced away from the first heating region; a detection region; and a microchannel formed in the substrate, the microchannel configured to receive a fluid flowing therethrough, the microchannel passing through the first heating region and second heating region to thermally cycle the fluid, and the microchannel passing through the detection region after the fluid has been thermally cycled, the cartridge further comprising: a cover having a first side and second side, the second side of the cover attached to a first side of the substrate and enclosing the microchannel, the cartridge characterized by, a first heating element arranged on the first side of the cover in the first heating region; and a second heating element arranged on the first side of the cover in the second heating region.
Control and power module for rotating electric machine comprising: - a bridge of circuit breakers; - a plurality of pilot circuits (10, 20, 30) associated with the said bridge of circuit breakers, for piloting the said bridge; - a control circuit which generates, in an active mode of the machine, control signals intended for the pilot circuits; and - a plurality of communication links (21 to 26) between the said pilot circuits (10, 20, 30) and the said control circuit; and in an active mode of the machine, all the links of the said plurality of links (21 to 26) being used to transmit the said control signals, from the control circuit to the said pilot circuits (10, 20, 30), useful for performing a function related to the active mode of the said machine, characterized in that, in a quiescent mode of the machine, first and second communication links of the said plurality of communication links (21 to 26) are used to transmit at least one first and one second phase information item, from the said piloting circuits (10, 20, 30) to the said control circuit; and the control circuit comprises a detection unit for receiving, at least in the quiescent mode, a first and a second phase information item and for emitting a wakeup signal controlling a switching of the machine to an alternator mode of the said active mode should a phase shift be detected between the said first and second phase information items. - a bridge of circuit breakers; - a plurality of pilot circuits (10, 20, 30) associated with the said bridge of circuit breakers, for piloting the said bridge; - a control circuit which generates, in an active mode of the machine, control signals intended for the pilot circuits; and - a plurality of communication links (21 to 26) between the said pilot circuits (10, 20, 30) and the said control circuit; and