mhurhangee/ep-ind-claims huggingface dataset:
A power supply input device including an AC, alternating current, power supply unit, a line filter, a bridge diode, a DC, direct current, condenser, and a discharge resistance unit, comprising: a first resistance (Rp) connected to the discharge resistance unit in parallel; and a switching unit connected to the first resistance (Rp) characterized in that the switching unit is configured to perform a switching operation according to an externally received control signal that functions as a ground signal in a normal operation mode, and functions as a high impedance signal in a standby mode. a first resistance (Rp) connected to the discharge resistance unit in parallel; and a switching unit connected to the first resistance (Rp) characterized in that the switching unit is configured to perform a switching operation according to an externally received control signal that functions as a ground signal in a normal operation mode, and functions as a high impedance signal in a standby mode.
A pump-valve integrated machine for a pneumatic lumbar support of an automobile seat, comprising: an air pump, a pump valve connection base, an electromagnetic air valve lower base, a normally open electromagnetic air valve, an electromagnetic air valve upper cover, and a control circuit board, wherein a one-way air outlet structure is processed on the pump valve connection base, and the one-way air outlet structure on the pump valve connection base is opposite to and in communication with an air outlet hole of the air pump; the electromagnetic air valve lower base is fixed onto the air pump, and a mounting groove is processed on a bottom of the electromagnetic air valve lower base, and is provided with the pump valve connection base, a ventilation hole is processed on the electromagnetic air valve lower base opposite to the one-way air outlet structure of the pump valve connection base; the normally open electromagnetic air valve is disposed on the electromagnetic air valve lower base, an air inlet end of the normally open electromagnetic air valve corresponds to the ventilation hole of the electromagnetic air valve lower base; the electromagnetic air valve upper cover is provided above the normally open electromagnetic air valve, and an air outlet connector of the electromagnetic air valve upper cover corresponds to a valve core of the normally open electromagnetic air valve, the normally open electromagnetic air valve is open when it is not powered on, and gas of the air pump is discharged from the air outlet connector through the normally open electromagnetic air valve, and when the normally open electromagnetic air valve is powered on, the gas of the air pump cannot be discharged from the air outlet connector through the normally open electromagnetic air valve; and the control circuit board is configured to control the normally open electromagnetic air valve and the air pump to operate, characterized in that the pump valve connection base comprises a rubber sheet bracket and a one-way rubber sheet; a connection protrusion is processed on a bottom of the rubber sheet bracket, and the connection protrusion is disposed on the air outlet hole of the air pump; a mounting groove is processed around the connection protrusion, and is provided with a sealing ring in the mounting groove; a mounting hole for the one-way rubber sheet is processed above the rubber sheet bracket, and an air vent hole is processed around the mounting hole for the one-way rubber sheet; the one-way rubber sheet is disposed in the mounting hole for the one-way rubber sheet and covers the air vent hole; and a further mounting groove is processed around the one-way rubber sheet, and provided with a further sealing ring in the mounting groove
A method for use in a communication network for predicting whether a second service will be used by a user in a future time slot, the method comprising: obtaining information about which services (A, B, C), of a plurality of services, have historically been used in which time slots in the communication network; analysing the obtained information to determine that, whether a first service of the plurality of services is used in any of the historic time slots, correlates with whether the second service of the plurality of services is used in said historic time slot; predicting whether the first service will be used by the user in the future time slot; and predicting, based on whether the first service has been predicted to be used in the future time slot, whether the second service will be used by the user in said future time slot. obtaining information about which services (A, B, C), of a plurality of services, have historically been used in which time slots in the communication network; analysing the obtained information to determine that, whether a first service of the plurality of services is used in any of the historic time slots, correlates with whether the second service of the plurality of services is used in said historic time slot; predicting whether the first service will be used by the user in the future time slot; and predicting, based on whether the first service has been predicted to be used in the future time slot, whether the second service will be used by the user in said future time slot.
A method for producing a polythiol compound containing, as a main component, one kind or two or more kinds selected from the group consisting of compounds represented by the following formulae to, comprising: a step for reacting 2-mercaptoethanol with an epihalohydrin compound represented by the following formula to obtain a compound represented by the following formula; (wherein X represents a halogen atom) a step for reacting the compound represented by formula with sodium sulfide to obtain a polyalcohol compound represented by the following formula; a step for reacting the polyalcohol compound represented by formula thus obtained with thiourea in the presence of hydrogen chloride to obtain an isothiuronium salt; a step for adding, while maintaining a reaction solution containing the isothiuronium salt thus obtained at a temperature of 20oC to 60oC, aqueous ammonia to the reaction solution within 80 minutes, thereby hydrolyzing the isothiuronium salt to obtain a polythiol compound containing, as a main component, one kind or two or more kinds selected from the group consisting of compounds represented by the following formulae to; and a step for adding hydrochloric acid which is concentration of 30% to 36% to the solution containing the polythiol compound thus obtained, washing the solution at a temperature of 30oC to 55oC to purify the polythiol compound containing, as a main component, one kind or two or more kinds selected from the group consisting of compounds represented by the formulae to. a step for reacting 2-mercaptoethanol with an epihalohydrin compound represented by the following formula to obtain a compound represented by the following formula; (wherein X represents a halogen atom) a step for reacting the compound represented by formula with sodium sulfide to obtain a polyalcohol compound represented by the following formula; a step for reacting the polyalcohol compound represented by formula thus obtained with thiourea in the presence of hydrogen chloride to obtain an isothiuronium salt; a step for adding, while maintaining a reaction solution containing the isothiuronium salt thus obtained at a temperature of 20oC to 60oC, aqueous ammonia to the reaction solution within 80 minutes, thereby hydrolyzing the isothiuronium salt to obtain a polythiol compound containing, as a main component, one kind or two or more kinds selected from the group consisting of compounds represented by the following formulae to; and a step for adding hydrochloric acid which is concentration of 30% to 36% to the solution containing the polythiol compound thus obtained, washing the solution at a temperature of 30oC to 55oC to purify the polythiol compound containing, as a main component, one kind or two or more kinds selected from the group consisting of compounds represented by the formulae to.
A pre-weld heat treatment of a nickel based superalloy casting for overaging a gamma prime phase to alleviate strain age cracking during welding and post weld heat treatments, wherein the nickel based super alloy has a composition consisting of, in weight %, 22.0 - 22.8% Cr, 18.5 - 19.5% Co, 3.6 - 3.8% Ti, 1.8 - 2.0% Al, 1.8 - 2.2% W, 0.9 - 1.1% Nb, 1.3 - 1.5% Ta, 0.13 - 0.17% C, and the balance Ni, the method comprising: heating the casting to a first temperature within the range between 35°F (17.5°C) below the gamma prime solvus temperature and the incipient melting temperature of the alloy; soaking the casting for about one hour at the first temperature; cooling the casting at a rate of about 1°F (0.5°C) per minute to about 1900°F (1038°C) (±25°F), and holding at this temperature for about ten minutes; cooling the casting at a rate of about 1°F (0.5°C) per minute to about 1800°F (982°C)(±25°F), and holding at this temperature for about ten minutes; and, cooling the casting at a rate of about 1°F (0.5°C) per minute to a temperature ranging from 1650°F (899°C) (±25°F), 1450°F (789°C) (±25°F). heating the casting to a first temperature within the range between 35°F (17.5°C) below the gamma prime solvus temperature and the incipient melting temperature of the alloy; soaking the casting for about one hour at the first temperature; cooling the casting at a rate of about 1°F (0.5°C) per minute to about 1900°F (1038°C) (±25°F), and holding at this temperature for about ten minutes; cooling the casting at a rate of about 1°F (0.5°C) per minute to about 1800°F (982°C)(±25°F), and holding at this temperature for about ten minutes; and, cooling the casting at a rate of about 1°F (0.5°C) per minute to a temperature ranging from 1650°F (899°C) (±25°F), 1450°F (789°C) (±25°F).
System for motorizing a wheel associated with a suspension of an aircraft so as to move the latter along the ground, comprising a motor unit (4, 104) borne by an unsuspended part of a suspension strut, a drive member secured to the wheel, and a clutch device connecting the output shaft of the motor unit (4, 104) to the drive member, in which the clutch device comprises a movement system allowing the motor unit (4, 104) to be moved from one or other of its two, engaged and disengaged, positions so that this unit (4, 104) is connected to the drive member in the engaged position and is separated therefrom in the disengaged position, and in which the movement system comprises a driving element formed of an actuator, in that one end of the actuator is mounted in rotation on a connecting piece secured to the crossmember, characterized in that the motor unit (4, 104) comprises an electric motor and in that the transmission between the output shaft and the drive member is a positive transmission, and in that the other end of the actuator is mounted in rotation to two connecting rods (156, 157), one of these connecting rods (156, 157) being mounted in rotation on the connecting piece, the other connecting rod being mounted in rotation on the motor unit (4, 104).
A method, performed in an accessory device (8, 400), for monitoring an ostomy system comprising a monitor device and an ostomy appliance comprising a base plate configured to be placed on a skin surface of a user, wherein the accessory device (8, 400) comprises an interface configured to communicate with at least the monitor device of the ostomy system, the method comprising: obtaining monitor data from the monitor device, the monitor data being indicative of a condition of the ostomy system; determining, based on the monitor data, an operating state of the ostomy system in a first time period after a first event; in accordance with the operating state of the first time period being a first primary operating state, communicating a first primary indication via the interface; determining, based on the monitor data, an operating state of the ostomy system in a second time period after the first time period; characterized in that the method further comprises: in accordance with the operating state of the second time period being the first primary operating state, communicating a second indication different from the first primary indication via the interface. obtaining monitor data from the monitor device, the monitor data being indicative of a condition of the ostomy system; determining, based on the monitor data, an operating state of the ostomy system in a first time period after a first event; in accordance with the operating state of the first time period being a first primary operating state, communicating a first primary indication via the interface; determining, based on the monitor data, an operating state of the ostomy system in a second time period after the first time period;
A cooling device comprising: an upper plate serving as a heat receiving surface; a lower plate arranged parallel to the upper plate across a fluid passage; and a corrugate fin interposed between the upper plate and the lower plate, wherein a plurality of the corrugate fins are arranged perpendicular to the fluid passage at predetermined intervals in a flowing direction of a fluid, and both side edges of each of the corrugate fins in the flowing direction of the fluid are supported by stoppers protruding from any one of the upper plate and the lower plate; the upper plate and the lower plate are joined to each other through pedestals each of which bulges from any one of the upper plate and the lower plate to be fixed to the other one of the upper plate and the lower plate, and a peripheral edge of the upper plate and a peripheral edge of the lower plate are joined to each other; and arrays of the pedestals are formed in a staggered manner at predetermined intervals in a direction perpendicular to the flowing direction of the fluid across the corrugate fins, and the stoppers are spaced at sites adjacent to the pedestals. an upper plate serving as a heat receiving surface; a lower plate arranged parallel to the upper plate across a fluid passage; and a corrugate fin interposed between the upper plate and the lower plate, wherein a plurality of the corrugate fins are arranged perpendicular to the fluid passage at predetermined intervals in a flowing direction of a fluid, and both side edges of each of the corrugate fins in the flowing direction of the fluid are supported by stoppers protruding from any one of the upper plate and the lower plate; the upper plate and the lower plate are joined to each other through pedestals each of which bulges from any one of the upper plate and the lower plate to be fixed to the other one of the upper plate and the lower plate, and a peripheral edge of the upper plate and a peripheral edge of the lower plate are joined to each other; and arrays of the pedestals are formed in a staggered manner at predetermined intervals in a direction perpendicular to the flowing direction of the fluid across the corrugate fins, and the stoppers are spaced at sites adjacent to the pedestals.
A system, comprising: a filtering unit configured to convolve a pair of binaural room impulse responses, BRIRs, containing directionally controlled reflections that impart a desired perceptual cue with an audio input signal to produce a set of left-ear and right-ear intermediate signals, a stochastic echo generator configured to generate coefficients for the filtering unit so as to produce the pair of BRIRs, wherein the directionally controlled reflections have a directional pattern in which a direction of arrival changes as a function of time, and in which a stochastic direction component is added by the stochastic echo generator; and a combining unit configured to receive the intermediate signals and combine them to form a binaural output signal. a filtering unit configured to convolve a pair of binaural room impulse responses, BRIRs, containing directionally controlled reflections that impart a desired perceptual cue with an audio input signal to produce a set of left-ear and right-ear intermediate signals, a stochastic echo generator configured to generate coefficients for the filtering unit so as to produce the pair of BRIRs, wherein the directionally controlled reflections have a directional pattern in which a direction of arrival changes as a function of time, and in which a stochastic direction component is added by the stochastic echo generator; and a combining unit configured to receive the intermediate signals and combine them to form a binaural output signal.
A signal indicator lamp comprising: a plurality of light emission control target units each of which is capable of and controlled to emit light in one light emission color selected among a plurality of light emission colors; a light emission color information storage means that variably stores light emission color information of the plurality of light emission control target units; a light emission control means that controls light emission states of the plurality of light emission control target units according to light emission color information stored in the light emission color information storage means based on an input control signal; a light emission color information registration means; characterized by a multifunctional switch to be operated by an operator; and the light emission color information registration means registering light emission color information in the light emission color information storage means based on an operation of the multifunctional switch, a buzzer drive circuit that supplies driving power to a buzzer; and a buzzer volume adjustment means that adjusts the volume of the buzzer by variably setting the driving power to be supplied from the buzzer drive circuit to the buzzer in response to an operation of the multifunctional switch. a plurality of light emission control target units each of which is capable of and controlled to emit light in one light emission color selected among a plurality of light emission colors; a light emission color information storage means that variably stores light emission color information of the plurality of light emission control target units; a light emission control means that controls light emission states of the plurality of light emission control target units according to light emission color information stored in the light emission color information storage means based on an input control signal; a light emission color information registration means; characterized by a multifunctional switch to be operated by an operator; and the light emission color information registration means registering light emission color information in the light emission color information storage means based on an operation of the multifunctional switch, a buzzer drive circuit that supplies driving power to a buzzer; and a buzzer volume adjustment means that adjusts the volume of the buzzer by variably setting the driving power to be supplied from the buzzer drive circuit to the buzzer in response to an operation of the multifunctional switch.
A heat exchanger unit for performing heat exchange ventilation with a supply air channel arranged so as to extend from an outdoor space to an indoor space and an exhaust air channel arranged so as to extend from the indoor space to the outdoor space, the heat exchanger unit comprising a heat exchanger casing provided with a supply air suction inlet, a supply air discharge outlet, an exhaust air suction inlet and an exhaust air discharge outlet, wherein the supply air channel is arranged for sending outside air sucked from the supply air suction inlet to the indoor space through the supply air discharge outlet, and the exhaust air channel is arranged for sending inside air drawn from the exhaust air suction inlet to the outdoor space through the exhaust air discharge outlet, wherein the heat exchanger unit is further equipped with a heat exchange element for exchanging heat between the air of the supply air channel and the air of the exhaust air channel, and the heat exchanger unit further comprising a first blowing portion, characterized in that the heat exchanger casing is further provided with a circulation suction inlet, a circulation discharge outlet, and a first circulation channel arranged for returning indoor air drawn from the circulation suction inlet into the indoor space through the circulation discharge outlet, the first circulation channel is provided with a first supplementary function portion for performing air conditioning different from the heat exchange ventilation, and the first blowing portion includes a double-suction first impeller having a first suction inlet and a second suction inlet, wherein either the supply air channel or the exhaust air channel is provided at the first suction inlet side of the first impeller, and the first circulation channel is provided at the second suction inlet side of the impeller.
Hydraulic arrangement for managing fluid level in a tank configured to store oil for the operation of at least one hydraulic circuit of an off-road vehicle, said hydraulic arrangement comprising: - a first pump configured to suck oil from a source of oil towards a transmission hydraulic circuit of said vehicle via a related conduit, said source being the discharge of said transmission hydraulic circuit, - a second pump configured to suck oil from said tank towards said hydraulic circuits, - a spilling conduit fluidly connecting said conduit with said tank for allowing a part of fluid sucked by said first pump to fill said tank, - a first filter fluidly interposed in said spilling conduit configured to filter oil before its entering into said tank - a level management module configured to maintain the pressure of oil into said tank below a predetermined pressure threshold and, if said pressure increases, to drain the excessive oil into said source. - a first pump configured to suck oil from a source of oil towards a transmission hydraulic circuit of said vehicle via a related conduit, said source being the discharge of said transmission hydraulic circuit, - a second pump configured to suck oil from said tank towards said hydraulic circuits, - a spilling conduit fluidly connecting said conduit with said tank for allowing a part of fluid sucked by said first pump to fill said tank, - a first filter fluidly interposed in said spilling conduit configured to filter oil before its entering into said tank - a level management module configured to maintain the pressure of oil into said tank below a predetermined pressure threshold and, if said pressure increases, to drain the excessive oil into said source.