mhurhangee/ep-ind-claims huggingface dataset:
A thermal power plant for recovering water from exhaust gas comprising: a gas turbine; a heat recovery steam generator for generating steam by supplying exhaust combustion gas exhausted from the gas turbine as heat source; a water recovery system installed on the downstream side of the heat recovery steam generator for condensing and recovering water in the exhaust combustion gas through direct gas/liquid contact between the exhaust combustion gas coming down from the heat recovery steam generator and water; a recovered water system for supplying a part of the water recovered by the water recovery system, thereby allowing the water to be circulating as circulating water; and a feed water system for supplying the heat recovery steam generator with other part of the water recovered by the water recovery system as feed water; the thermal power plant characterized by a first pH adjusting system installed in the recovered water system to adjust the circulating water flowing through the recovered water system to a first pH value (hydrogen ion concentration index); a second pH adjusting system installed on the feed water system to adjust the feed water flowing through the feed water system to a second pH value (hydrogen ion concentration index); and a control system for controlling the volumes of the pH adjusters supplied from the first pH adjusting system and the second pH adjusting system, wherein the first pH value is in the range from 6.0 to 8.0, and the second pH value is in the range from 8.0 to 12.0. a gas turbine; a heat recovery steam generator for generating steam by supplying exhaust combustion gas exhausted from the gas turbine as heat source; a water recovery system installed on the downstream side of the heat recovery steam generator for condensing and recovering water in the exhaust combustion gas through direct gas/liquid contact between the exhaust combustion gas coming down from the heat recovery steam generator and water; a recovered water system for supplying a part of the water recovered by the water recovery system, thereby allowing the water to be circulating as circulating water; and a feed water system for supplying the heat recovery steam generator with other part of the water recovered by the water recovery system as feed water; the thermal power plant characterized by a first pH adjusting system installed in the recovered water system to adjust the circulating water flowing through the recovered water system to a first pH value (hydrogen ion concentration index); a second pH adjusting system installed on the feed water system to adjust the feed water flowing through the feed water system to a second pH value (hydrogen ion concentration index); and a control system for controlling the volumes of the pH adjusters supplied from the first pH adjusting system and the second pH adjusting system, wherein the first pH value is in the range from 6.0 to 8.0, and the second pH value is in the range from 8.0 to 12.0.
An internal door handle apparatus for actuating a lock of a door of a vehicle from the inside, comprising a grip plate, a door handle movably mounted thereto and at least one light source for illuminating the door handle, wherein the grip plate has at least one through-opening and the light source is arranged in the region of the at least one through-opening on a side of the grip plate facing away from the vehicle interior, with the result that the door handle is able to be illuminated by light from the light source that is emerging through the at least one through-opening; characterized in that a plurality of through-openings are provided and the light source is an LED strip, preferably a self-adhering LED strip, wherein a number and a distance of the LEDs of the LED strip correspond to a number and a distance of the through-openings.
Master cylinder which essentially comprises a housing, a piston, which is arranged in an axially displaceable manner in said housing, contains a piston rod and bounds a hydraulicfluid-filled pressure chamber, and also a covering for the housing, wherein the housing is provided with two mutually opposite transverse bores, each in alignment with a recess provided in the lateral surface of the covering, wherein a pin is arranged in the respective transverse bore and recess, and the transverse bore is designed in the form of a blind bore, characterized in that the pin contains an internal thread, wherein the internal thread is arranged at that end of the pin which is directed towards the opening of the transverse bore.
A method for obtaining a fluid sample downhole, comprising: - using a pump to draw a fluid sample through a probe; - receiving the fluid sample into a main chamber of a sample tank positioned in a borehole, the sample tank further comprising an isolation chamber and a pressure chamber, the fluid sample including at least a target fluid and an undesirable fluid; and - isolating at least a portion of the undesirable fluid from the target fluid, the target fluid being in the main chamber, by admitting the at least a portion of the undesirable fluid into the isolation chamber formed in the sample tank, and preventing the at least a portion of the undesirable fluid from leaving the isolation chamber; characterised in that the sample tank further includes a piston located between the main chamber and the pressure chamber and in the method further comprising using the pump to pressurise the fluid sample in the main chamber of the sample tank, wherein the pressure chamber is filled with a borehole fluid that is at ambient borehole pressure such that the pump has to overcome ambient borehole pressure to displace the piston as the pump flows the fluid sample into the main chamber, wherein the at least a portion of the undesirable fluid is separated from the target fluid during the pressurizing; wherein the isolation chamber is formed in the piston. - using a pump to draw a fluid sample through a probe; - receiving the fluid sample into a main chamber of a sample tank positioned in a borehole, the sample tank further comprising an isolation chamber and a pressure chamber, the fluid sample including at least a target fluid and an undesirable fluid; and - isolating at least a portion of the undesirable fluid from the target fluid, the target fluid being in the main chamber, by admitting the at least a portion of the undesirable fluid into the isolation chamber formed in the sample tank, and preventing the at least a portion of the undesirable fluid from leaving the isolation chamber;
Use of a hybrid hardener, which contains a mixture of (a) at least one amine, selected from aliphatic, alicyclic and aromatic amines, wherein the amine having on average at least two reactive hydrogen atoms each bound to a nitrogen atom, per molecule, as hardener, and (b) a Novolak resin with the general formula: where R 1, R 2, R 3 and R 4 are, independently of each, hydrogen or an unbranched or branched C 1 -C 15 alkyl radical, and is n 1 to 12, wherein the Novolak resin is contained in a volume of 30 to 45% by weight related to the total weight of the hybrid hardener (a) and (b), as accelerant, as hardener in multi-component mortar masses on an epoxy basis, except coatings, for the chemical anchoring of the fastening elements in drilled holes. (a) at least one amine, selected from aliphatic, alicyclic and aromatic amines, wherein the amine having on average at least two reactive hydrogen atoms each bound to a nitrogen atom, per molecule, as hardener, and (b) a Novolak resin with the general formula:
A system for processing signals indicative of detected myoelectrical activity, the system comprising: at least three electrodes to obtain first signals over time from an internal organ in the abdominal cavity of a living being, the first signals including spurious signals as a result of artifact, means to obtain second signals simultaneously as the first signals are obtained, the second signals being indicative of a respiratory function of the living being and include spurious signals indicative of artifact, and a processor containing software to analyze the first signals, characterized by: a respiratory belt constructed and arranged to be fitted to a chest of the living being; said means comprising a sensor separate from said at least three electrodes and forming part of said respiratory belt; said processor containing software configured to analyze only the first signals which occur at times when artifact is manually determined to not be present in both of the first and second signals. at least three electrodes to obtain first signals over time from an internal organ in the abdominal cavity of a living being, the first signals including spurious signals as a result of artifact, means to obtain second signals simultaneously as the first signals are obtained, the second signals being indicative of a respiratory function of the living being and include spurious signals indicative of artifact, and a processor containing software to analyze the first signals, characterized by: a respiratory belt constructed and arranged to be fitted to a chest of the living being; said means comprising a sensor separate from said at least three electrodes and forming part of said respiratory belt; said processor containing software configured to analyze only the first signals which occur at times when artifact is manually determined to not be present in both of the first and second signals. a respiratory belt constructed and arranged to be fitted to a chest of the living being; said means comprising a sensor separate from said at least three electrodes and forming part of said respiratory belt; said processor containing software configured to analyze only the first signals which occur at times when artifact is manually determined to not be present in both of the first and second signals.
A heating device, comprising two preceding arcuate hot plates (2, 5), of a two-sided machine (9; 9a), having a stand, - wherein the stand has a first arcuate hot plate with a first heat-conducting plate element which has an arcuate shape in cross section and in which a heating means is provided; - wherein the stand has a wall on which a sleeve is provided; - wherein a second arcuate hot plate is arranged above the first arcuate hot plate and has a second heat-conducting plate element which has an arcuate shape in cross section and in which a heating means is provided; - wherein a middle or a leading end of the second arcuate hot plate is connected to the sleeve by means of a connecting stem, wherein a rotary pair is formed between the second arcuate hot plate and the sleeve; and - wherein the stand has a cylinder unit, the piston rod of which is connected to a trailing end of the second arcuate hot plate by means of a connecting rod, characterized in that - the first arcuate hot plate is configured such that it transmits heat within the first arcuate hot plate to the glue of a second corrugated-cardboard ply via the first corrugated-cardboard ply, and - the second arcuate hot plate is configured such that it transmits heat within the second arcuate hot plate to the second corrugated-cardboard ply 11 and simultaneously to the glue on the underside of a third corrugated-cardboard ply. - wherein the stand has a first arcuate hot plate with a first heat-conducting plate element which has an arcuate shape in cross section and in which a heating means is provided; - wherein the stand has a wall on which a sleeve is provided; - wherein a second arcuate hot plate is arranged above the first arcuate hot plate and has a second heat-conducting plate element which has an arcuate shape in cross section and in which a heating means is provided; - wherein a middle or a leading end of the second arcuate hot plate is connected to the sleeve by means of a connecting stem, wherein a rotary pair is formed between the second arcuate hot plate and the sleeve; and - wherein the stand has a cylinder unit, the piston rod of which is connected to a trailing end of the second arcuate hot plate by means of a connecting rod, - the first arcuate hot plate is configured such that it transmits heat within the first arcuate hot plate to the glue of a second corrugated-cardboard ply via the first corrugated-cardboard ply, and - the second arcuate hot plate is configured such that it transmits heat within the second arcuate hot plate to the second corrugated-cardboard ply 11 and simultaneously to the glue on the underside of a third corrugated-cardboard ply.
An aqueous binder composition for mineral fibres comprising a water-soluble binder component obtainable by reacting glycerol and at least one alkanolamine with at least one carboxylic anhydride in proportions such that the ratio of equivalents of amine groups plus hydroxy groups (NH+OH) to equivalents of carboxy groups (COOH) in the binder component is within the range of about 0.4 to 2.0, glycerol being used in an amount such that the equivalent ratio of glycerol OH groups to total equivalents of amine groups plus hydroxy groups (NH+OH) is 0.1 to 0.9, and, optionally, treating the reaction product with a base. reacting glycerol and at least one alkanolamine with at least one carboxylic anhydride in proportions such that the ratio of equivalents of amine groups plus hydroxy groups (NH+OH) to equivalents of carboxy groups (COOH) in the binder component is within the range of about 0.4 to 2.0, glycerol being used in an amount such that the equivalent ratio of glycerol OH groups to total equivalents of amine groups plus hydroxy groups (NH+OH) is 0.1 to 0.9, and, optionally, treating the reaction product with a base.
Cosmetic article having a reservoir, having a first layer and a second layer that are joined together by a set of filaments forming a spacer, the respective ends of which are connected to the first layer and to the second layer, respectively, the filaments being joined to the first and second layers by knitting, the first layer at least being permeable to a cosmetic composition, the first and second layers being able to retain at least some of said composition between one another, notably while the article is being used.
A hair removal and fluid application device having a flexible hollow handle to contain and expel a fluid contained therein, a hair removal means, a fluid dispensing means and a chassis to connect said hollow handle, said hair removal means and said fluid dispensing means to one another, wherein said hollow handle is releasably attached to said chassis and wherein said hair removal means and said fluid dispensing means are attached to said chassis in a substantially predetermined position such that the hair removal means and fluid dispensing means are used independently of one another characterized in that said fluid dispensing means is an open cell foam or a closed cell foam; and wherein said device has at least one of a sealed dispensing aperture and/or an opening means.
A self-propelling machine, comprising: • a frame; • a pair of actuators each provided with a respective hub coaxial to the other and able to support and actuate in rotation a respective wheel, each actuator comprising a control lever that is mobile with respect to the frame between at least a first operating position, in which the actuator actuates the respective wheel in a rotation direction, and at least a second operating position, in which the actuator actuates the respective wheel in the opposite rotation direction; • an actuating group able to actuate the control lever of each actuator, the actuating group being provided with a first body (210,23) associated to the frame and mobile with respect thereto with a single first degree of freedom, and a second body associated to the first body and mobile with respect thereto with a single second degree of freedom and connected to the control levers, characterized in that the first degree of freedom of the first body with respect to the frame is a rotation about a vertical axis, wherein the second degree of freedom of the second body with respect to the first body is a rotation about an horizontal axis, and wherein the second body is connected to each control lever by means of a respective hinged arm so that any rotation of the first body with respect to the frame about the vertical axis causes a movement of one of the control levers towards the first operating position and a movement of the other of the control levers towards the second operating position, and any rotation of the second body with respect to the first body about the horizontal axis causes a movement of both the control levers towards the first operating position or the second operating position. • a frame; • a pair of actuators each provided with a respective hub coaxial to the other and able to support and actuate in rotation a respective wheel, each actuator comprising a control lever that is mobile with respect to the frame between at least a first operating position, in which the actuator actuates the respective wheel in a rotation direction, and at least a second operating position, in which the actuator actuates the respective wheel in the opposite rotation direction; • an actuating group able to actuate the control lever of each actuator, the actuating group being provided with a first body (210,23) associated to the frame and mobile with respect thereto with a single first degree of freedom, and a second body associated to the first body and mobile with respect thereto with a single second degree of freedom and connected to the control levers,
A laundry treating apparatus comprising: a cabinet having a detergent opening defined is defined in a front face of the cabinet; a tub installed inside the cabinet; a drum rotatably installed inside the tub; and a detergent reservoir for storing detergent therein, wherein the detergent reservoir is inserted into the cabinet through the detergent opening along a front and rear direction, wherein the detergent reservoir has a storage space defined therein for storing the detergent, and has a ventilation hole defined in a top face thereof for communicating the storage space with the outside of the detergent reservoir, characterized in that the laundry treating apparatus further includes: a flow inhibiting wall provided in plural in the storage space and protruding from an inner face of the detergent reservoir to inhibit flow of the detergent towards the ventilation hole, wherein the ventilation hole is located at a front side of the detergent reservoir, wherein the flow inhibiting wall includes a first inhibiting wall located at the rear of the ventilation hole, wherein the first inhibiting wall extends in a direction transverse to the front and rear direction, and wherein the ventilation hole is located between a front face of the detergent reservoir and the first inhibiting wall. a cabinet having a detergent opening defined is defined in a front face of the cabinet; a tub installed inside the cabinet; a drum rotatably installed inside the tub; and a detergent reservoir for storing detergent therein, wherein the detergent reservoir is inserted into the cabinet through the detergent opening along a front and rear direction, wherein the detergent reservoir has a storage space defined therein for storing the detergent, and has a ventilation hole defined in a top face thereof for communicating the storage space with the outside of the detergent reservoir, characterized in that the laundry treating apparatus further includes: a flow inhibiting wall provided in plural in the storage space and protruding from an inner face of the detergent reservoir to inhibit flow of the detergent towards the ventilation hole, wherein the ventilation hole is located at a front side of the detergent reservoir, wherein the flow inhibiting wall includes a first inhibiting wall located at the rear of the ventilation hole, wherein the first inhibiting wall extends in a direction transverse to the front and rear direction, and wherein the ventilation hole is located between a front face of the detergent reservoir and the first inhibiting wall.
An optical detecting apparatus configured to detect a signal from a sample in at least one of a plurality of wells, the optical detecting apparatus comprising: heaters configured to control temperatures in the plurality of wells, the heaters including a plurality of pairs of first and second heaters positioned apart to accommodate at least one of the wells in alignment between each respective pair of heaters, the wells being positioned apart from the first and second heaters wherein the heaters include patterned transparent electrodes; light sources configured to illuminate the sample, the light sources being arranged on a first side of the first heaters that is opposed to a well accommodation side of the first heaters; and optical detection elements configured to detect a signal from the sample, the optical detection elements being arranged on a second side of the second heaters that is opposed to a well accommodation side of the second heaters. heaters configured to control temperatures in the plurality of wells, the heaters including a plurality of pairs of first and second heaters positioned apart to accommodate at least one of the wells in alignment between each respective pair of heaters, the wells being positioned apart from the first and second heaters wherein the heaters include patterned transparent electrodes; light sources configured to illuminate the sample, the light sources being arranged on a first side of the first heaters that is opposed to a well accommodation side of the first heaters; and optical detection elements configured to detect a signal from the sample, the optical detection elements being arranged on a second side of the second heaters that is opposed to a well accommodation side of the second heaters.
A barrier coating composition comprising a poly vinyl alcohol and/or ethylene vinyl alcohol co-polymer dissolved in an aqueous mixture; wherein the barrier composition comprises at least 45% by weight of one or more lower alcohols and having a solids content greater than 7.5% by weight and a coating viscosity of less than 30 seconds flow time measured using a Zahn cup #2 at 23°C; wherein a lower alcohol is a monohydric alcohol bearing one hydroxyl group with a carbon number of between C1 and C4.
An amplifier circuit, comprising: an amplifier that amplifies a signal, having a signal input port, a signal output port and a power supply port; a variable power supply for varying a power supply voltage or a power supply current to be supplied to the power supply port of the amplifier, in accordance with change in an envelope of the signal; and a distortion compensation section (4, 8) for performing compensation for distortion characteristics of the amplifier, wherein the distortion compensation section (4, 8) is configured to perform a process of compensating a memory effect that occurs on a path from the power supply port to the signal output port, characterised in that the distortion compensation section is coupled in the signal input port so that the process is performed the signal to be inputted to the signal input port of the amplifier. an amplifier that amplifies a signal, having a signal input port, a signal output port and a power supply port; a variable power supply for varying a power supply voltage or a power supply current to be supplied to the power supply port of the amplifier, in accordance with change in an envelope of the signal; and a distortion compensation section (4, 8) for performing compensation for distortion characteristics of the amplifier, wherein the distortion compensation section (4, 8) is configured to perform a process of compensating a memory effect that occurs on a path from the power supply port to the signal output port, characterised in that the distortion compensation section is coupled in the signal input port so that the process is performed the signal to be inputted to the signal input port of the amplifier.