mhurhangee/ep-ind-claims huggingface dataset:
Method for putting user equipment of the ONU type in communication with line termination equipment of the OLT type in an optical access network offering various transport systems, the user equipment supporting at least two transport systems, each transport system being a communication set comprising a dedicated protocol, the method comprising the following steps: - the user equipment configures itself to communicate by means of a first transport system among the transport systems supported by the user equipment; - the user equipment starts a synchronisation with the line termination equipment for the first transport system; the method is characterized in that it comprises the following additional steps: - the user equipment transmits, via a protocol layer supervising any transport system of the optical access network, without waiting for the synchronisation with the line termination equipment for the first transport system to have ended, information dependent on an identifier of the user equipment and an identifier of the first transport system; - when the transport system to be used by the user equipment is not the first transport system, the protocol layer supervising any transport system of the optical access network at the line termination equipment interrupts the synchronisation, and the user equipment reattempts the synchronisation with a second transport system among the transport systems supported by the user equipment; - when the transport system to be used by the user equipment is the first transport system, the line termination equipment continues the synchronisation for the first transport system until the user equipment is put in communication in the optical access network. - the user equipment configures itself to communicate by means of a first transport system among the transport systems supported by the user equipment; - the user equipment starts a synchronisation with the line termination equipment for the first transport system; - the user equipment transmits, via a protocol layer supervising any transport system of the optical access network, without waiting for the synchronisation with the line termination equipment for the first transport system to have ended, information dependent on an identifier of the user equipment and an identifier of the first transport system; - when the transport system to be used by the user equipment is not the first transport system, the protocol layer supervising any transport system of the optical access network at the line termination equipment interrupts the synchronisation, and the user equipment reattempts the synchronisation with a second transport system among the transport systems supported by the user equipment; - when the transport system to be used by the user equipment is the first transport system, the line termination equipment continues the synchronisation for the first transport system until the user equipment is put in communication in the optical access network.
An electromechanical actuator to operate a utilization device of an internal combustion engine; the electromechanical actuator comprising: - a housing made through a lower element, housing a closed seat, which is provided with a symmetry axis, and a lid, which is provided with a through opening that is coaxial to the symmetry axis; - a pin, which is coaxial to the symmetry axis and has a lower end (36*) that engages the seat; - a shaft, which is coaxial to the symmetry axis and is provided with a through hole housing a central portion (36**) of the pin; and - an electric motor, which, through a gear transmission, rotates the shaft and is housed in a seat formed in the lower element; wherein an upper end (39**) of the shaft projects from the housing through the through opening; wherein the shaft is exclusively led through the lid of the housing; and wherein an upper surface of the seat acts as a stop both for a lower end of the shaft and for a first abutment (37*) of the pin. - a housing made through a lower element, housing a closed seat, which is provided with a symmetry axis, and a lid, which is provided with a through opening that is coaxial to the symmetry axis; - a pin, which is coaxial to the symmetry axis and has a lower end (36*) that engages the seat; - a shaft, which is coaxial to the symmetry axis and is provided with a through hole housing a central portion (36**) of the pin; and - an electric motor, which, through a gear transmission, rotates the shaft and is housed in a seat formed in the lower element; wherein an upper end (39**) of the shaft projects from the housing through the through opening; wherein the shaft is exclusively led through the lid of the housing; and wherein an upper surface of the seat acts as a stop both for a lower end of the shaft and for a first abutment (37*) of the pin.
An aircraft propulsion system comprising: a first gas turbine engine including a first input shaft driving a first gear system, a first fan driven by the first gear system a first generator supported on the first input shaft and a fan drive electric motor providing a drive input to the first fan; a second gas turbine engine including a second input shaft driving a second gear system, a second fan driven by the second gear system, a second generator supported on the second input shaft and a second fan drive electric motor providing a drive input to the second fan; and a controller controlling power output from each of the first and second generators (64A-B) and directing the power output between each of the first and second fan drive electric motors (66A-B). a first gas turbine engine including a first input shaft driving a first gear system, a first fan driven by the first gear system a first generator supported on the first input shaft and a fan drive electric motor providing a drive input to the first fan; a second gas turbine engine including a second input shaft driving a second gear system, a second fan driven by the second gear system, a second generator supported on the second input shaft and a second fan drive electric motor providing a drive input to the second fan; and a controller controlling power output from each of the first and second generators (64A-B) and directing the power output between each of the first and second fan drive electric motors (66A-B).
A device for a coulter comprising a disc and a share provided with a share front facing in the working direction of the coulter, wherein the share is provided with a vertical opening where a front portion is arranged with two opposite side surfaces converging in the direction of the share front, and being arranged for receiving a complementary portion of a share fastener; the share is provided with a support portion arranged in a manner allowing it to bear against a substantially horizontally-arranged seat disposed on the share fastener; the share is provided with a seat arranged in a manner allowing it to bear against a support portion disposed on the share fastener, the share bearing in a supporting manner against the share fastener portion; characterized in that the opening of the share is arranged in a manner allowing it to receive a locking device which, upon bearing against a rear portion of the share fastener, bears in a supporting manner against a rear portion of the opening, and the locking device is a sowing pipe arranged for supply of particles and/or fluid to a soil in immediate vicinity of the share.
A payload delivery system comprising, in its pre-launched configuration: a) a pleated cup having an open fore end (15;40), a closed aft end, and a pleated side wall (25;50) comprising pleats configured to unfold and invert during flight, the pleated side wall defining a cavity; b) an obturating component adjacent the pleated cup aft end; and c) at least one payload contained within the cavity of the pleated cup. a) a pleated cup having an open fore end (15;40), a closed aft end, and a pleated side wall (25;50) comprising pleats configured to unfold and invert during flight, the pleated side wall defining a cavity; b) an obturating component adjacent the pleated cup aft end; and c) at least one payload contained within the cavity of the pleated cup.
A pharmaceutical composition comprising: 3-(6-(1-(2,2-difluorobenzo[d][1,3]dioxol-5-yl)cyclopropanecarboxamido)-3-methylpyridin-2-yl)benzoic acid (Compound 1) Form I in an amount of 100 mg or 200 mg; and one or more excipients selected from a filler, a disintegrant, a surfactant, a diluent, a binder, a glidant, a lubricant, a colorant, and a fragrance, or any combination thereof, wherein the pharmaceutical composition is in tablet form. 3-(6-(1-(2,2-difluorobenzo[d][1,3]dioxol-5-yl)cyclopropanecarboxamido)-3-methylpyridin-2-yl)benzoic acid (Compound 1) Form I in an amount of 100 mg or 200 mg; and one or more excipients selected from a filler, a disintegrant, a surfactant, a diluent, a binder, a glidant, a lubricant, a colorant, and a fragrance, or any combination thereof, wherein the pharmaceutical composition is in tablet form.
Device for producing electricity for a submarine comprising a fuel cell, means for feeding oxygenated gas, means for feeding hydrogenated fuel (15, 115), and means for discharging the gaseous effluents (22, 220), characterized in that the fuel cell is an internal reforming cell operating at a high temperature and a high pressure, the operating pressure of the cell being greater than or equal to an immersion pressure (P 0) of the submarine, in that the means for feeding oxygenated gas and the means for feeding hydrogenated fuel (15, 115) are capable of bringing the oxygenated gas and the hydrogenated fuel to a pressure adapted to the operating pressure so that the oxygenated gas and the hydrogenated fuel are injected directly into the cell, and in that the means for discharging the gaseous effluents (20, 220) are capable of discharging the gaseous effluents outside the submarine during diving without pressure drop inside the cell.
A torque detecting device comprising: at least two sets of coil pairs (22A/B) for detecting a relative displacement between a first rotary shaft and a second rotary shaft, which are connected to each other via a torsion bar that generates a twist due to an input torque, by corresponding the relative displacement to a change in impedance; a plurality of oscillators (62A/B), independently provided for each of the coil pairs, each for supplying a magnetization signal with a different magnetization frequency to each of the coil pairs, and a signal processing unit (59A/B), independently provided for each of the coil pairs, each having a torque detection function for processing an output signal from each of the coil pairs (22A/B) and outputting a torque detection signal, wherein a magnetization frequency difference, which is a difference between the magnetization frequencies, is set to 3.5 kHz or higher. at least two sets of coil pairs (22A/B) for detecting a relative displacement between a first rotary shaft and a second rotary shaft, which are connected to each other via a torsion bar that generates a twist due to an input torque, by corresponding the relative displacement to a change in impedance; a plurality of oscillators (62A/B), independently provided for each of the coil pairs, each for supplying a magnetization signal with a different magnetization frequency to each of the coil pairs, and a signal processing unit (59A/B), independently provided for each of the coil pairs, each having a torque detection function for processing an output signal from each of the coil pairs (22A/B) and outputting a torque detection signal, wherein a magnetization frequency difference, which is a difference between the magnetization frequencies, is set to 3.5 kHz or higher.
A loading system suitable for loading roller bearing rings into the space between the grinding wheel and the driving wheel of a centerless grinding machine, the loading system comprising, two driver drums, which are two cylindrical drums that are set parallel to each other and rotate in the same direction, the driver drums being configured to drive the roller bearing rings in the space between the driver drums, the roller bearing rings being conveyed coaxially to each other, and with their axis parallel to the axis of the driver drums, such that the sidewalls of the roller bearing rings contact each other, such that the drive drums enable conveyance of roller bearing rings to the space between the grinding wheel and the driving wheel of a centerless grinding machine, characterized by comprising; a further loading system (6, 12) upstream of the driver drums configured to load the roller bearing rings into the two driver drums, such that the roller bearings are spun and accelerated before being conveyed to the driver drums and thus the roller bearing rings do not experience any sudden speed change when they reach the drums wherein the further loading system (6, 12) upstream of the driver drums comprises, a rotary feeder that has a pipe-like shape, its axis of rotation being parallel to the axis of rotation of the driver drums, wherein the rotary feeder is configured to have the roller bearing rings pass through it before being conveyed to the driver drums and, wherein, while passing through the rotary feeder, the rotation axis of the roller bearing rings is parallel to the rotation axis of the rotary feeder and the roller bearing rings are accelerated by being spun, and such that the roller bearing rings getting out of the rotary feeder are driven to between the driver drums without direction change, and wherein the further loading system upstream of the driver drums further comprises, a motor that provides the rotating motion of the rotary feeder.
An optical analysis system, comprising: a light source for illuminating a sample to be analyzed; a driver for operating the light source; a photodetector for receiving light reflected by or transmitted through the sample to be analyzed and generating a sensor signal; a first signal processing circuit (24,26,28,30) for processing the sensor signal and which comprises a transimpedance amplifier; a second signal processing circuit (34,36,38) for processing an electrical signal provided by the driver which is representative of the drive signal applied to the light source,; and a compensation circuit (32,40) for further processing the sensor signal to improve the signal to noise ratio using the processed electrical signal, characterized in that the second signal processing circuit comprises a filter having a filter frequency characteristic which corresponds to the frequency transfer characteristic of the transimpedance amplifier. a light source for illuminating a sample to be analyzed; a driver for operating the light source; a photodetector for receiving light reflected by or transmitted through the sample to be analyzed and generating a sensor signal; a first signal processing circuit (24,26,28,30) for processing the sensor signal and which comprises a transimpedance amplifier; a second signal processing circuit (34,36,38) for processing an electrical signal provided by the driver which is representative of the drive signal applied to the light source,; and a compensation circuit (32,40) for further processing the sensor signal to improve the signal to noise ratio using the processed electrical signal, characterized in that the second signal processing circuit comprises a filter having a filter frequency characteristic which corresponds to the frequency transfer characteristic of the transimpedance amplifier.
A work vehicle comprising: a transmission case forming a vehicle body; a driver's seat provided above the transmission case; a rear wheel drive case extending outward in a transversal direction of the vehicle body from the transmission case; a rear wheel disposed on an end part of the rear wheel drive case; a rear wheel fender which is provided on a lateral side of the driver's seat, extends in a longitudinal direction of the vehicle body above the rear wheel, and has a vertical wall extending toward the rear wheel drive case along an inner face of the rear wheel; a parking brake provided in the transmission case; and a brake operation tool for operating the parking brake, provided in the vicinity of the driver's seat, characterized in that an interlocking mechanism for transmitting an operational displacement of the brake operation tool to the parking brake is disposed along a lateral face of the transmission case, and a parking brake detector for detecting a movement of a moving body configured to move in accordance with the operational displacement of the brake operation tool in the interlocking mechanism is disposed in a space having right and left lateral faces and a bottom face defined by the rear wheel fender, the transmission case and the rear wheel drive case, the space being positioned on one lateral side of the driver's seat. a transmission case forming a vehicle body; a driver's seat provided above the transmission case; a rear wheel drive case extending outward in a transversal direction of the vehicle body from the transmission case; a rear wheel disposed on an end part of the rear wheel drive case; a rear wheel fender which is provided on a lateral side of the driver's seat, extends in a longitudinal direction of the vehicle body above the rear wheel, and has a vertical wall extending toward the rear wheel drive case along an inner face of the rear wheel; a parking brake provided in the transmission case; and a brake operation tool for operating the parking brake, provided in the vicinity of the driver's seat, characterized in that an interlocking mechanism for transmitting an operational displacement of the brake operation tool to the parking brake is disposed along a lateral face of the transmission case, and a parking brake detector for detecting a movement of a moving body configured to move in accordance with the operational displacement of the brake operation tool in the interlocking mechanism is disposed in a space having right and left lateral faces and a bottom face defined by the rear wheel fender, the transmission case and the rear wheel drive case, the space being positioned on one lateral side of the driver's seat.
A eukaryotic expression system comprising: - at least one first polynucleotide encoding at least one vitamin metabolic protein under the control of at least one first regulatory sequence, and - under the control of at least one second regulatory sequence, at least one restriction enzyme cleavage site and/or at least one second polynucleotide encoding at least one product of interest, - wherein the at least one vitamin metabolic protein is a vitamin transport protein, and wherein said vitamin transport protein is THTR-1, THTR-2, TPK, TPC and/or SMVT (sodium dependent multi vitamin transporter). - at least one first polynucleotide encoding at least one vitamin metabolic protein under the control of at least one first regulatory sequence, and - under the control of at least one second regulatory sequence, at least one restriction enzyme cleavage site and/or at least one second polynucleotide encoding at least one product of interest, - wherein the at least one vitamin metabolic protein is a vitamin transport protein, and wherein said vitamin transport protein is THTR-1, THTR-2, TPK, TPC and/or SMVT (sodium dependent multi vitamin transporter).
A process for preparing 1,3-disubstituted imidazolium salts of the formula I where R1 and R3 are each, independently of one another, an organic radical having from 1 to 20 carbon atoms, R2, R4 and R5 are each, independently of one another, an H atom or an organic radical having from 1 to 20 carbon atoms, X is the anion of a hydrogen acid having a pK a of at least 2 (measured at 25°C, 1 bar in water or dimethyl sulfoxide) and n is 1, 2 or 3, which have solubility in water or miscibility with water a at least 50 grams of imidazolium salt per 1 liter of water (at 1 bar, 21°C), wherein a) an α-dicarbonyl compound, an aldehyde, an amine and the hydrogen acid of the anion X - are reacted with one another and b) the reaction is carried out in water, a solvent which is miscible with water or a mixture thereof and the reaction mixture does not comprise hydrocarbons, either during or after the reaction. R1 and R3 are each, independently of one another, an organic radical having from 1 to 20 carbon atoms, R2, R4 and R5 are each, independently of one another, an H atom or an organic radical having from 1 to 20 carbon atoms, X is the anion of a hydrogen acid having a pK a of at least 2 (measured at 25°C, 1 bar in water or dimethyl sulfoxide) and n is 1, 2 or 3, which have solubility in water or miscibility with water a at least 50 grams of imidazolium salt per 1 liter of water (at 1 bar, 21°C), wherein a) an α-dicarbonyl compound, an aldehyde, an amine and the hydrogen acid of the anion X - are reacted with one another and b) the reaction is carried out in water, a solvent which is miscible with water or a mixture thereof and the reaction mixture does not comprise hydrocarbons, either during or after the reaction. a) an α-dicarbonyl compound, an aldehyde, an amine and the hydrogen acid of the anion X - are reacted with one another and b) the reaction is carried out in water, a solvent which is miscible with water or a mixture thereof and the reaction mixture does not comprise hydrocarbons, either during or after the reaction.
Method for the production of spectacle temples (1, 7, 9, 13, 17) with an inner core, such as a metal or synthetic material core, wherein the blanks (1, 7, 9, 13, 17) of the spectacle temples (1, 7, 9, 13, 17) are produced ("printed") utilizing an additive production process, such as, for example, selective laser sintering employing a synthetic material suitable for this purpose in the form of a powder as the production substrat, wherein during the production process (printing process) of the temple blank an elongated channel (2, 10, 14, 18) is formed (printed jointly) therewithin along the longitudinal axis of the temple blank, wherein the loose powder, remaining conditional of production within the channel (2, 10, 14, 18) during the production process of the same, is removed from the channel (2, 10, 14, 18) and subsequently, after the channel (2, 10, 14, 18) of the temple blank is freed of loose powder, the inner core is inserted, for example injected, into the channel (2, 10, 14, 18), characterized in that the removal of the loose powder takes place by purging the channel (2, 10, 14, 18) by means of compressed air, wherein for the purging of the channel (2, 10, 14, 18) by means of compressed air a device is deployed onto which is fitted a spout cannula whose outer diameter (r) is less than the inside width (s) of the channel (2, 10, 14, 18), thus s > r, such that the spout cannula can advance into the channel (2, 10, 14, 18) and the compressed air can be introduced through the spout cannula (16, 24) advancing into the channel (2, 10, 14, 18) and the compressed air during its flow out of the channel (2, 10, 14, 18) entrains the loose powder.