mhurhangee/ep-ind-claims huggingface dataset:
A cockpit switch device comprising: a pushbutton switch configured to be manually actuated by a user into a command state; a bi-stable relay controlled by input commands from the pushbutton switch and input commands from a processor the bi-stable relay configured to control operation of one or more aircraft systems; and a toggle component connected to the pushbutton switch, the processor and the bi-stable relay, the toggle component configured to: receive an input command signal from at least one of the pushbutton switch or the processor; and cause a state of the bi-stable relay to be flipped responsive to the input command signal from the at least one of the pushbutton switch or the processor, wherein the bi-stable relay is a first bi-stable relay and the toggle component includes a non-latching relay and a second bi-stable relay, wherein the non-latching relay is configured to: receive the input command signal from the at least one of the pushbutton switch or the processor; and cause a state of the second bi-stable relay to be flipped responsive to the input command signal from the at least one of the pushbutton switch or the processor. a pushbutton switch configured to be manually actuated by a user into a command state; a bi-stable relay controlled by input commands from the pushbutton switch and input commands from a processor the bi-stable relay configured to control operation of one or more aircraft systems; and a toggle component connected to the pushbutton switch, the processor and the bi-stable relay, the toggle component configured to: receive an input command signal from at least one of the pushbutton switch or the processor; and cause a state of the bi-stable relay to be flipped responsive to the input command signal from the at least one of the pushbutton switch or the processor, receive an input command signal from at least one of the pushbutton switch or the processor; and cause a state of the bi-stable relay to be flipped responsive to the input command signal from the at least one of the pushbutton switch or the processor, wherein the bi-stable relay is a first bi-stable relay and the toggle component includes a non-latching relay and a second bi-stable relay, wherein the non-latching relay is configured to: receive the input command signal from the at least one of the pushbutton switch or the processor; and cause a state of the second bi-stable relay to be flipped responsive to the input command signal from the at least one of the pushbutton switch or the processor. receive the input command signal from the at least one of the pushbutton switch or the processor; and cause a state of the second bi-stable relay to be flipped responsive to the input command signal from the at least one of the pushbutton switch or the processor.
Intramedullary nail or rod of a long bone, comprising a solid body and at least one fixing opening adapted to cooperate with a fixing member, said fixing opening comprising a tapping with at least two threads, characterized in that the tapping is formed over a portion of the diameter of the intramedullary nail, namely the tapping is laterally surrounded on both sides by non-tapped conduits.
An impact mill comprising a frame defining a mill chamber containing a rotor provided with strikers regularly positioned on its periphery, and at least one impact screen (5, 6) which, by its upper end, is mounted pivoting on an articulation (7, 8) connected to the frame of the mill, so as to be able to pivot using a respective adjusting jack (9, 10) to bring the lower end of the impact screen (5, 6) closer or further away with respect to the rotor so as to define, between the lower end of the impact screen and the free end of one of the strikers, a gap that determines a given particle size, the mill further comprising a positioning device for the rotor comprising indexing means (21, 22) making it possible to position the end of one of the strikers in a maximally close position to the impact screen so as to adjust said gap, characterized in that said positioning device comprises a gear motor driving a pinion able to engage with a toothed wheel positioned at one of the ends of the shaft of the rotor and secured in rotation therewith so as to rotate the rotor from an idle state to said maximally close position of one of the strikers relative to said impact screen.
An automotive lamp peripheral part, being obtained from a resin composition comprising 70% by mass or more of a polyphenylene ether and 30% by mass or less of a styrene-based resin which comprises a styrene-acrylonitrile resin comprising 5 to 15% by mass of acrylonitrile, and having a haze value of a glass plate of 1.0% or less after the glass plate is subjected to a following fogging test using an apparatus according to ISO 6452: <fogging test> 60 g of a pellet or a molded article obtained from the resin composition is put in a glass-made sample bottle; the sample bottle is covered with a glass plate as a lid, and heated at 170°C for 24 hours to thereby generate fogging on the glass plate.
Gas sensor according to the principle of work-function measurement with a sensor layer for determining hydrogen present in a measuring space, a layer comprising SnO 2 being mounted between the sensor layer and the measuring space, characterised in that the measuring space is formed as a gap between a gate with the sensor layer and the layer, which comprises SnO 2, of the field effect transistor on the one hand and the floating gate of the field effect transistor on the other hand and the SnO 2 layer is constructed for the reception of water (H 2 O) at its SnO 2 surface or in the porous volume thereof.
A method for transmitting data in a digital communication system, the method comprising: transmitting a data word modulated on a carrier according to a first mapping of data word values to modulation states, and transmitting the same data word modulated on another carrier according to second mapping of data word values to modulation states, wherein the second mapping of data word values to modulation states is obtained from the first mapping of data word values to modulation states by assigning to a respective data word value a complex value in said second mapping that has a position in a complex plane which is approximately mirrored from a position of a complex value assigned to said respective data word value according to said first mapping with respect to a point on a symmetry axis of a sub-plane in which the complex value assigned to said respective data word value according to said first mapping is located, wherein the sub-plane is located within the complex plane and the sub-plane being at least one part of the complex plane. transmitting a data word modulated on a carrier according to a first mapping of data word values to modulation states, and transmitting the same data word modulated on another carrier according to second mapping of data word values to modulation states, wherein the second mapping of data word values to modulation states is obtained from the first mapping of data word values to modulation states by assigning to a respective data word value a complex value in said second mapping that has a position in a complex plane which is approximately mirrored from a position of a complex value assigned to said respective data word value according to said first mapping with respect to a point on a symmetry axis of a sub-plane in which the complex value assigned to said respective data word value according to said first mapping is located, wherein the sub-plane is located within the complex plane and the sub-plane being at least one part of the complex plane.
A needle motion control means (200, 600, 700) for a fuel injector, the fuel injector comprising; a piston guide section; a nozzle body; a barrel section located between the piston guide section and the nozzle body; a valve needle, movable along a longitudinal axis of the fuel injector, within a bore comprising a piston guide bore section, a bore provided in the barrel section, and a bore provided in the nozzle body, and wherein the valve needle comprises a first end region within the nozzle body, and a second end region within the piston guide section; and a nozzle control valve, for controlling fuel pressure within a control chamber surrounding the second end region of the valve needle, and thereby controlling the magnitude of a force applied to a pressure surface provided at the second end region of the valve needle, by fuel pressure within the control chamber; wherein the valve needle is movable, under the control of the nozzle control valve, between a fully closed position, in which a first surface provided at the first end region of the valve needle is in contact with a first seating region, provided in the nozzle body, and wherein ejection of fuel out of the nozzle body through at least one spray hole is prevented, and a fully open position, wherein a second surface provided at the second end region of the valve needle is in contact a second seating region provided in the piston guide section, and wherein ejection of fuel out of the nozzle body through the at least one spray hole is enabled; wherein the needle motion control means (200, 600, 700) comprises a collar (200, 600, 700), located in a collar locating section of the bore, the collar (200, 600, 700) allowing a restricted fluid pathway between a first volume of fuel, and a second volume of fuel, located further away from the piston guide section than the first volume of fuel; characterised in that the collar locating section comprises a section of the bore provided in the nozzle body, and has a cross-sectional area which is greater than that of a remainder of the bore provided in the nozzle body and, wherein the collar (200, 600, 700) has a cross-sectional area which is greater than that of the bore provided in the barrel section.
A communication terminal apparatus for receiving a plurality of signals that are transmitted in parallel from different antennas (106, 107) of a base station apparatus, the plurality of signals comprising data divided by the base station apparatus to amounts corresponding to the number of antennas of the base station, and spread by respective spreading code sequences (A1, A2) orthogonal to each other, the communication terminal apparatus comprising: a plurality of despreaders (202, 203) for despreading the plurality of signals by the respective spreading code sequences; a plurality of demodulaters (204, 205) for demodulating the plurality of despread signals and obtaining a plurality of demodulated data; a data configuring section for configuring the plurality of demodulated data-back to the format before data division was performed at the base station apparatus and obtaining received data; a plurality of reception power measuring sections (207, 208) for measuring respective reception power of the demodulated data and averaging the respective reception power, and obtaining a plurality of reception power average values; a reception power combiner for combining the plurality of reception power average values; and a transmission power controller for performing open loop transmission power control by a value obtained by adding interference power at the base station apparatus and a predetermined constant to a propagation loss which is a difference between transmission power of the base station apparatus and the combined reception power average value. a plurality of despreaders (202, 203) for despreading the plurality of signals by the respective spreading code sequences; a plurality of demodulaters (204, 205) for demodulating the plurality of despread signals and obtaining a plurality of demodulated data; a data configuring section for configuring the plurality of demodulated data-back to the format before data division was performed at the base station apparatus and obtaining received data; a plurality of reception power measuring sections (207, 208) for measuring respective reception power of the demodulated data and averaging the respective reception power, and obtaining a plurality of reception power average values; a reception power combiner for combining the plurality of reception power average values; and a transmission power controller for performing open loop transmission power control by a value obtained by adding interference power at the base station apparatus and a predetermined constant to a propagation loss which is a difference between transmission power of the base station apparatus and the combined reception power average value.
A method of manufacturing a cemented carbide and/or cermet comprising the steps of: a) providing a powder comprising metal carbide(s) and binder metal(s) and optionally metal nitride(s); b) mixing the powder composition provided by step a) under vacuum before c) adding at least one organic binder to the powder composition; d) mixing the at least one organic binder with the powder composition under vacuum and raising the temperature to a predetermined temperature and keeping the temperature for a predetermined time until the organic binder has melted; e) subjecting the obtained mixture of step d) to forming and sintering processes; wherein one or more dispersing agents is added to the powder composition in step a) and wherein one or more cooling agents is added to the powder composition in step b). a) providing a powder comprising metal carbide(s) and binder metal(s) and optionally metal nitride(s); b) mixing the powder composition provided by step a) under vacuum before c) adding at least one organic binder to the powder composition; d) mixing the at least one organic binder with the powder composition under vacuum and raising the temperature to a predetermined temperature and keeping the temperature for a predetermined time until the organic binder has melted; e) subjecting the obtained mixture of step d) to forming and sintering processes;
Electronic assembly for an automotive lighting device, the electronic assembly comprising: - a first light group, intended to perform a first light functionality; - a second light group, intended to perform a second light functionality; - a light driver, configured to receive at least a first signal corresponding to the first light functionality and a second signal corresponding to the second light functionality, and configured to provide an output signal which has a pulse width modulation rate depending on the first signal and the second signal received; - a signal detector circuit comprising a discriminator module configured to receive the output signal of the light driver and detect the pulse width modulation rate of the output signal, so that the signal detector is configured to provide a power supply from the output signal either to the first light group or to the second light group, depending on the pulse width modulation rate of the output signal detected by the discriminator module. - a first light group, intended to perform a first light functionality; - a second light group, intended to perform a second light functionality; - a light driver, configured to receive at least a first signal corresponding to the first light functionality and a second signal corresponding to the second light functionality, and configured to provide an output signal which has a pulse width modulation rate depending on the first signal and the second signal received; - a signal detector circuit comprising a discriminator module configured to receive the output signal of the light driver and detect the pulse width modulation rate of the output signal, so that the signal detector is configured to provide a power supply from the output signal either to the first light group or to the second light group, depending on the pulse width modulation rate of the output signal detected by the discriminator module.
Cannabidiol for use in the reduction of seizures in treatment-resistant Dravet syndrome, wherein the CBD is administered in combination with stiripentol.
A method for transmitting messages, characterized in that it comprises: a session initiation protocol/Internet protocol core network (SIP/IP Core) to which a converged service system belongs receiving a message transmitting request from a participant function module to which a converged service user belongs or from a controller function module to which a group user address belongs, wherein the message transmitting request carries a destination user address of the message; the SIP/IP Core transmitting the message to the destination user address, if the transmission fails, then the PF/CF judging whether it needs to transmit the message by means of non-converged message service; judging the type of the destination user, Request-URI, address, wherein the type of the Request-URI address includes telephone number resource identification, TEL URI, address and session initiation protocol identification, SIP URI, address; and the converged service system transmitting the message to the destination user according to the judgment results. a session initiation protocol/Internet protocol core network (SIP/IP Core) to which a converged service system belongs receiving a message transmitting request from a participant function module to which a converged service user belongs or from a controller function module to which a group user address belongs, wherein the message transmitting request carries a destination user address of the message; the SIP/IP Core transmitting the message to the destination user address, if the transmission fails, then the PF/CF judging whether it needs to transmit the message by means of non-converged message service; judging the type of the destination user, Request-URI, address, wherein the type of the Request-URI address includes telephone number resource identification, TEL URI, address and session initiation protocol identification, SIP URI, address; and the converged service system transmitting the message to the destination user according to the judgment results.
A method for synchronization (SYNC) detection of a received serial offset quadrature pulse shaped waveform modulated by a predetermined SYNC sequence of symbols, the method comprising the steps of: a) serially demodulating the received waveform into a serial baseband signal having the same predetermined SYNC sequence of symbols; b) maximizing a signal-to-noise ratio of the serial baseband signal using symbol matched filters; c) correlating the serial baseband signal with each of a plurality of segments of the SYNC sequence of symbols to form a plurality of parallel correlated output signals, the plurality of segments forming the predetermined SYNC sequence of symbols; d) combining the parallel correlated output signals to form a combined correlation signal; e) detecting SYNC using the combined correlation signal; f) determining a peak of the combined correlation signal; g) computing correlation strength estimates of each of the parallel correlated output signals; h) adjusting a SYNC threshold level based upon the correlation strength estimates of each of the parallel correlated output signals; and i) comparing the peak of step (f) with the SYNC threshold level of step (h) to detect SYNC. a) serially demodulating the received waveform into a serial baseband signal having the same predetermined SYNC sequence of symbols; b) maximizing a signal-to-noise ratio of the serial baseband signal using symbol matched filters; c) correlating the serial baseband signal with each of a plurality of segments of the SYNC sequence of symbols to form a plurality of parallel correlated output signals, the plurality of segments forming the predetermined SYNC sequence of symbols; d) combining the parallel correlated output signals to form a combined correlation signal; e) detecting SYNC using the combined correlation signal; f) determining a peak of the combined correlation signal; g) computing correlation strength estimates of each of the parallel correlated output signals; h) adjusting a SYNC threshold level based upon the correlation strength estimates of each of the parallel correlated output signals; and i) comparing the peak of step (f) with the SYNC threshold level of step (h) to detect SYNC.
A tube expansion method of mounting a tube member, by insertion and expansion, to a through hole in which opening portions at both ends are formed obliquely with respect to a central axis, the method comprising: an insertion step of inserting the tube member to the through hole so that end portions protrude from the opening portions at both ends of the through hole; a tube expansion step of inserting a tube expander into the tube member to expand the tube member up to a predetermined inner diameter while moving the tube expander to the other end portion from one end portion of the tube member; a cutting step of cutting each of the end portions of the tube member protruding from each of the opening portions of the through hole along an oblique shape of each of the opening portions; and a welding step of welding the cut end portions of the tube member and the opening portions of the through hole. an insertion step of inserting the tube member to the through hole so that end portions protrude from the opening portions at both ends of the through hole; a tube expansion step of inserting a tube expander into the tube member to expand the tube member up to a predetermined inner diameter while moving the tube expander to the other end portion from one end portion of the tube member; a cutting step of cutting each of the end portions of the tube member protruding from each of the opening portions of the through hole along an oblique shape of each of the opening portions; and a welding step of welding the cut end portions of the tube member and the opening portions of the through hole.
A method of operating a superconducting rotary electrical machine comprising a two-part rotor having an inner rotor and an outer rotor, both of the inner and outer rotors configured to receive a flow of coolant and the inner rotor including at least one superconducting component requiring cooling for its operation; and, a cooling system configurable to provide coolant to the two-part rotor in a first mode and a second mode, the method comprising and characterised in that: a) during cool-down of the superconducting component, operating the cooling system in the first mode in which the cooling system is configured to provide coolant to the outer rotor and inner rotor; and b) during operation of the machine once the superconducting component has attained a predetermined temperature, operating the cooling system in the second mode in which the cooling system is configured to provide coolant to the inner rotor only. a) during cool-down of the superconducting component, operating the cooling system in the first mode in which the cooling system is configured to provide coolant to the outer rotor and inner rotor; and b) during operation of the machine once the superconducting component has attained a predetermined temperature, operating the cooling system in the second mode in which the cooling system is configured to provide coolant to the inner rotor only.
A method for machining a toothing of a workpiece held in a clamping, wherein a toothing tool that rotates around its rotational axis and comprises cutting edges is brought into in particular rolling chip-removing machining engagement with the toothing that rotates in particular around its axis of rotation, in order to produce a predetermined tooth flank end geometry in one or more machining passes, characterised in that during the machining pass which produces the tooth flank end geometry, monitoring responsive to the event of a removed chip being pressed into a machined tooth flank of the toothing as a result of the machining, in particular rolling machining, is carried out and, if the monitoring responds, an additional toothing machining process is implemented, in particular automatically, which process removes the material protrusion, formed by the chip that was pressed in during the occurrence of the event, on the tooth flank end geometry, and which process is carried out in particular in the same clamping of the workpiece and in particular by means of the toothing tool itself.