mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a printer (100; 500; 700), the method comprising: transporting a paper sheet from the first tray (102; 502, 504; 702; 704) of the printer (100; 500; 700) through a fingerprinting system and generating (306; 408; 806) in the fingerprinting system a fingerprint for the paper sheet based on the physical structure of the paper sheet, wherein the first tray (102; 502, 504; 702; 704) comprises a stack of paper sheets; storing information in memory associating the fingerprint with the paper sheet; transporting (310; 414) the paper sheet back to the first tray (102; 502, 504; 702; 704) after a fingerprint is generated for the paper sheet, placing the paper sheet at a first position in the stack of paper sheets, wherein the paper sheet is made available for printing; and storing information identifying the position of the paper sheet in the stack of paper sheets in the first tray (102; 502, 504; 702; 704) to keep a one-to-one mapping between the fingerprint and the positions of the paper sheet in the stack of paper sheets in the first tray (102; 502, 504; 702; 704). transporting a paper sheet from the first tray (102; 502, 504; 702; 704) of the printer (100; 500; 700) through a fingerprinting system and generating (306; 408; 806) in the fingerprinting system a fingerprint for the paper sheet based on the physical structure of the paper sheet, wherein the first tray (102; 502, 504; 702; 704) comprises a stack of paper sheets; storing information in memory associating the fingerprint with the paper sheet; transporting (310; 414) the paper sheet back to the first tray (102; 502, 504; 702; 704) after a fingerprint is generated for the paper sheet, placing the paper sheet at a first position in the stack of paper sheets, wherein the paper sheet is made available for printing; and storing information identifying the position of the paper sheet in the stack of paper sheets in the first tray (102; 502, 504; 702; 704) to keep a one-to-one mapping between the fingerprint and the positions of the paper sheet in the stack of paper sheets in the first tray (102; 502, 504; 702; 704).
A lifting device comprising a main body being of a generally elongate form, said main body having at one end thereof a transport means (102,120) to allow said device to translate relative to the ground, a boom portion pivoting with respect to said main body and adapted to support a load at its end, a motive power unit to lift or lower said load, characterised in that said main body is able to be pivoted by a user with respect to a fulcrum formed by: either said transport means (102, 120) and a ground location; or said transport means (102, 120), around an axis (120.2, 1009) generally parallel to the ground, to transfer a load carried by said boom portion, thereby providing a functionally variable horizontal reach to said device. either said transport means (102, 120) and a ground location; or said transport means (102, 120),
Passenger seat for vehicles comprising a seat frame structure supporting a seating surface, a backrest being arranged at the seat in a tilting manner and an actuation mechanism (9, 15, 16) for activating the tilting of the backrest, and a seat structure adapted for receiving infants and being arranged at the backrest opposite to the seating surface, in which the infant seat structure comprises an infant seating surface being arranged at the backrest in a tilting manner, characterized in that the infant seat structure is configured to activate the actuation mechanism (9,15,16) upon tilting of the infant seating surface. and a seat structure adapted for receiving infants and being arranged at the backrest opposite to the seating surface, in which the infant seat structure comprises an infant seating surface being arranged at the backrest in a tilting manner, characterized in that the infant seat structure is configured to activate the actuation mechanism (9,15,16) upon tilting of the infant seating surface.
A method for separation of lignin from black liquor comprising the following steps: a) precipitation of lignin by acidifying black liquor, preferably by using CO 2, resulting in a lignin suspension and thereupon separation, thereby forming a lignin filter cake, and washing said lignin filter cake with a filtrate as set out under step d), b) suspending said lignin filter cake obtained in step a) and during the suspension operation adjusting the pH level to a pH below 8, whereupon a second lignin suspension is obtained, c) separation of the second lignin suspension thereby forming a second lignin filter cake, and thereafter adding acidified wash water and/or virgin acid and virgin washing liquid, such as clean water, for displacement washing, followed by enhancement of the lignin filter cake dryness, and d) conveying the filtrate from step c) or selected part/-s of the filtrate from c) for addition as wash water to said filter cake produced in step a), whereby the ionic strength and pH of the filtrate is adjusted before addition by adding pulp mill recovery boiler precipitator dust in order to control the Na/S balance in a pulp mill. a) precipitation of lignin by acidifying black liquor, preferably by using CO 2, resulting in a lignin suspension and thereupon separation, thereby forming a lignin filter cake, and washing said lignin filter cake with a filtrate as set out under step d), b) suspending said lignin filter cake obtained in step a) and during the suspension operation adjusting the pH level to a pH below 8, whereupon a second lignin suspension is obtained, c) separation of the second lignin suspension thereby forming a second lignin filter cake, and thereafter adding acidified wash water and/or virgin acid and virgin washing liquid, such as clean water, for displacement washing, followed by enhancement of the lignin filter cake dryness, and d) conveying the filtrate from step c) or selected part/-s of the filtrate from c) for addition as wash water to said filter cake produced in step a), whereby the ionic strength and pH of the filtrate is adjusted before addition by adding pulp mill recovery boiler precipitator dust in order to control the Na/S balance in a pulp mill.
A device for controlling a heating plug of an air/fuel mixture, said device being designed to generate a supply setpoint (C alim) for an electric supply housing connected to the plug which is to be controlled, said device being characterized in that it has a branched architecture which includes: at least a first branch forming a base module designed to implement a base law in order to define a base supply setpoint (C base), at least a second branch forming an adaptation module separate from the base module, programmable and able to be calibrated separately from said base module, and designed to implement an adaptation law, separate from the base law, in order to define an adaptation setpoint (C adapt) in the form of an adaptation triplet constituted by gain, offset and saturation, and at least one connection node connecting the first and the second branch downstream of the base module and upstream of the output of the device intended to be connected to the supply housing, said node forming a synthesis module designed to apply to the base setpoint (C base) the values of gain, offset and saturation of the adaptation triplet (C adapt) in order to provide a new adapted supply setpoint (C alim), intended to be applied to the supply housing. at least a first branch forming a base module designed to implement a base law in order to define a base supply setpoint (C base), at least a second branch forming an adaptation module separate from the base module, programmable and able to be calibrated separately from said base module, and designed to implement an adaptation law, separate from the base law, in order to define an adaptation setpoint (C adapt) in the form of an adaptation triplet constituted by gain, offset and saturation, and at least one connection node connecting the first and the second branch downstream of the base module and upstream of the output of the device intended to be connected to the supply housing, said node forming a synthesis module designed to apply to the base setpoint (C base) the values of gain, offset and saturation of the adaptation triplet (C adapt) in order to provide a new adapted supply setpoint (C alim), intended to be applied to the supply housing.
A method for providing negative sequence current to a bus of an IBR-based power system to facilitate operation of a protective relay of the power system in protecting the power system, the method comprising the steps of: using a negative sequence converter, NSC, device connected to the power system via terminals, monitoring phase voltages of the power system at the terminals; using the NSC device, determining a reference magnitude and reference phase angle of a negative sequence voltage incident on the NSC device based on phase voltages of the power system; using the NSC device, providing a first model current having a first magnitude and a first phase angle based on the reference magnitude and reference phase angle; using the NSC device, providing a second model current having a second and different magnitude from the first magnitude and also having a second phase angle; and using the NSC device, providing the second model current to the power system bus. using a negative sequence converter, NSC, device connected to the power system via terminals, monitoring phase voltages of the power system at the terminals; using the NSC device, determining a reference magnitude and reference phase angle of a negative sequence voltage incident on the NSC device based on phase voltages of the power system; using the NSC device, providing a first model current having a first magnitude and a first phase angle based on the reference magnitude and reference phase angle; using the NSC device, providing a second model current having a second and different magnitude from the first magnitude and also having a second phase angle; and using the NSC device, providing the second model current to the power system bus.
An optical device comprising: two outer substrates disposed opposite to each other; an active liquid crystal element film, wherein the active liquid crystal element film has two base films disposed opposite to each other; an adhesive film; an active liquid crystal layer disposed between the two base films; and a polarizing coating layer, wherein the active liquid crystal layer contains a liquid crystal compound and is capable of switching between a first oriented state and a second oriented state, and wherein the polarizing coating layer is present between one of the base films and the active liquid crystal layer; and wherein the active liquid crystal element film is present between the two outer substrates, wherein the active liquid crystal element film is encapsulated between the outer substrates by an adhesive film present between the outer substrates and the liquid crystal element film and on sides of the active liquid crystal element film. two outer substrates disposed opposite to each other; an active liquid crystal element film, wherein the active liquid crystal element film has two base films disposed opposite to each other; an adhesive film; an active liquid crystal layer disposed between the two base films; and a polarizing coating layer, wherein the active liquid crystal layer contains a liquid crystal compound and is capable of switching between a first oriented state and a second oriented state, and wherein the polarizing coating layer is present between one of the base films and the active liquid crystal layer; and wherein the active liquid crystal element film is present between the two outer substrates, wherein the active liquid crystal element film is encapsulated between the outer substrates by an adhesive film present between the outer substrates and the liquid crystal element film and on sides of the active liquid crystal element film.
An automatic call synchronization system, comprising a wireless signal transponder, at least one mobile terminal having a wireless communication module, a fixed terminal having a wireless communication module and a pattern recognizer connected with the wireless signal transponder, wherein the mobile terminal is configured to transmit, when receiving an incoming calling signal and determining that an automatic call synchronization function is turn on, to the wireless signal transponder a call synchronization request carrying identification information of the mobile terminal and call information, the pattern recognizer is configured to authenticate, after receiving the call synchronization request forwarded by the wireless signal transponder, the mobile terminal according to the identification information of the mobile terminal, and to transmit to the fixed terminal a call access request carrying the identification information of the mobile terminal and the call information through the wireless signal transponder after the authentication is successful; the fixed terminal is configured to call a user of the mobile terminal according to the identification information of the mobile terminal and the call information after receiving the call access request, and to transmit, when the call is answered by the user using the fixed terminal, to the wireless signal transponder a call access response and to implement a conversation through a fixed phone operation network matched with the fixed terminal, characterized in that the mobile terminal is further configured to transmit to the pattern recognizer a conversation access request carrying the identification information of the mobile terminal through the wireless signal transponder when determining that the user answers the call using the mobile terminal; and the pattern recognizer is further configured to authenticate the mobile terminal according to the identification information of the mobile terminal after receiving the call access response and the conversation access request forwarded by the wireless signal transponder, and to establish a communication channel between the mobile terminal and the fixed terminal through the wireless signal transponder after the authentication is successful.
An extruded soap bar composition wherein the bar comprises: a) 25 to 40% by wt. of water; b) 20 to 75% by wt. anhydrous soap; wherein C 16 to C 24 saturated soap comprises 12% to 45% by wt. of total bar. c) structurants comprises at least from 0.05 to 35% by wt., wherein the specific level of structurants is defined by the level of C 16 to C 24 saturated soap of (b) such that the total level of said C 16 to C 24 saturated soap and structurants is greater than 25% by wt., and wherein said structurants are selected from the group consisting of starch, carboxymethylcellulose, inorganic particulates, acrylate polymers and mixtures thereof; d) electrolyte which is a combination of alkali metal chloride; and a secondary electrolytes selected from the group consisting of alkali metal citrate and alkali metal sulfate; and wherein the concentration by weight of alkali metal chloride ([alkali meta chloride]); and of alkali metal citrate ([alkali metal citrate]), alkali metal sulfate ([alkali metal sulfate]) defined by level of water we use as follows: i. alkali metal chloride % = 0.075 × water − 0.626; and ii. alkali metal citrate % = − 0.0023 × water 2 + 0.312 × water − 4.34; iii. alkali metal citrate % = − 0.0023 × water 2 + 0.312 × water − 4.34; or iv. + 0.312 × water − 4.34, wherein the calculated amount of the concentration of the electrolyte is plus or minus 15%. a) 25 to 40% by wt. of water; b) 20 to 75% by wt. anhydrous soap; wherein C 16 to C 24 saturated soap comprises 12% to 45% by wt. of total bar. c) structurants comprises at least from 0.05 to 35% by wt., wherein the specific level of structurants is defined by the level of C 16 to C 24 saturated soap of (b) such that the total level of said C 16 to C 24 saturated soap and structurants is greater than 25% by wt., and wherein said structurants are selected from the group consisting of starch, carboxymethylcellulose, inorganic particulates, acrylate polymers and mixtures thereof; d) electrolyte which is a combination of alkali metal chloride; and a secondary electrolytes selected from the group consisting of alkali metal citrate and alkali metal sulfate; and wherein the concentration by weight of alkali metal chloride ([alkali meta chloride]); and of alkali metal citrate ([alkali metal citrate]), alkali metal sulfate ([alkali metal sulfate]) defined by level of water we use as follows: i. alkali metal chloride % = 0.075 × water − 0.626; and ii. alkali metal citrate % = − 0.0023 × water 2 + 0.312 × water − 4.34; iii. alkali metal citrate % = − 0.0023 × water 2 + 0.312 × water − 4.34; or iv. + 0.312 × water − 4.34, wherein the calculated amount of the concentration of the electrolyte is plus or minus 15%. i. alkali metal chloride % = 0.075 × water − 0.626; and ii. alkali metal citrate % = − 0.0023 × water 2 + 0.312 × water − 4.34; iii. alkali metal citrate % = − 0.0023 × water 2 + 0.312 × water − 4.34; or iv. + 0.312 × water − 4.34,
A tagged nucleotide, comprising a polyphosphate moiety having a terminal phosphate at the 5' position of the nucleotide, and a tag covalently coupled to the terminal phosphate of the nucleotide by a triazole, a 1,2-diazine, a disulfide, a secondary amine, a hydrazone, a thio-acetamide, or a maleimide-thioadduct, wherein the tag comprises an oligonucleotide, wherein the oligonucleotide comprises one or more of the following: (i) a non-naturally occurring internucleotide linkage; or (ii) a chemical modification on the 3' terminus of the oligonucleotide that protects it from exonuclease degradation when the 5'-end of the oligonucleotide is covalently coupled to the terminal phosphate, or a chemical modification on the 5' terminus of the oligonucleotide that protects it from exonuclease degradation when the 3'-end of the oligonucleotide is covalently coupled to the terminal phosphate, wherein chemical modification is selected from phosphorylation, or covalent coupling with C 3 -alkyl to C 12 -alkyl spacers having terminal hydroxyl groups; wherein the non-naturally occurring internucleotide linkage is selected from the group consisting of a phosphotriester, phosphorothioate, methylphosphonate, boronophosphate, phosphoramidate and a morpholino moiety. wherein chemical modification is selected from phosphorylation, or covalent coupling with C 3 -alkyl to C 12 -alkyl spacers having terminal hydroxyl groups; wherein the non-naturally occurring internucleotide linkage is selected from the group consisting of a phosphotriester, phosphorothioate, methylphosphonate, boronophosphate, phosphoramidate and a morpholino moiety.
A work treating device comprising a work heating device that is disposed on a base platform, the work heating device in which a chuck member comprising a work attraction electrode for work piece attraction and a heater member comprising a heating element for work piece heating are layered, and which is capable of heating with the heater member the work piece stuck by attraction on the chuck member side of the work heating device, wherein the heater member is facing the base platform and further comprises a chuck attraction electrode for causing the chuck member to stick by attraction, between a surface of the heater member that is facing the chuck member and the heating element, so that the chuck member and the heater member are layered detachably.
A cooled flywheel apparatus comprising: a flywheel having an annular drive shaft connected to a flywheel rotor, the annular drive shaft extending below the flywheel rotor such that an annulus of the annular drive shaft opens downwardly, wherein the flywheel rotates about a vertical axis; a stationary cooling member for directing a coolant into the annulus of the annular drive shaft;; a cooling fluid line (92a-d) in fluid communication with the cooling member a sump positioned below the annular drive shaft; a motor-generator having a motor-generator rotor attached to the annular drive shaft, wherein the motor-generator rotor is a sleeve abutting the annular drive shaft; a housing surrounding the flywheel and the motor-generator and sealing an opening to the sump from an ambient environment, wherein the sump is arranged to receive cooling fluid from the annular drive shaft; a vacuum pump for drawing a vacuum within the housing; and a coolant pump having an inlet at the sump and an outlet in fluid communication with the cooling fluid line (92a-d) for pumping the coolant into the cooling member, the pump being positioned below the sump to provide a pressure head at the pump inlet. a flywheel having an annular drive shaft connected to a flywheel rotor, the annular drive shaft extending below the flywheel rotor such that an annulus of the annular drive shaft opens downwardly, wherein the flywheel rotates about a vertical axis; a stationary cooling member for directing a coolant into the annulus of the annular drive shaft;; a cooling fluid line (92a-d) in fluid communication with the cooling member a sump positioned below the annular drive shaft; a motor-generator having a motor-generator rotor attached to the annular drive shaft, wherein the motor-generator rotor is a sleeve abutting the annular drive shaft; a housing surrounding the flywheel and the motor-generator and sealing an opening to the sump from an ambient environment, wherein the sump is arranged to receive cooling fluid from the annular drive shaft; a vacuum pump for drawing a vacuum within the housing; and a coolant pump having an inlet at the sump and an outlet in fluid communication with the cooling fluid line (92a-d) for pumping the coolant into the cooling member, the pump being positioned below the sump to provide a pressure head at the pump inlet.
A transportable magnifier camera assembly comprising: a base adapted to support the magnifier camera and an object to be viewed; a housing pivotally connected to the base, the housing having an interior compartment, and a lighting panel; a monitor for displaying images of the object to be viewed; a U-shaped monitor arm having a first end pivotally connected to the housing and a second end pivotally connected to the monitor, the U-shaped monitor arm providing a space; a camera arm rotating along with the U-shaped monitor arm; a camera pivotally connected to the magnifier camera by way of the camera arm; the magnifier camera assembly having a stowed orientation wherein the camera arm is positioned within the space provided by the U-shaped monitor arm and the monitor arm and monitor are accepted within the interior compartment, and wherein the monitor is in facing relation to the base, the magnifier camera assembly also having a deployed orientation wherein the base, housing, monitor arm, and monitor are all angled with respect to one another. a base adapted to support the magnifier camera and an object to be viewed; a housing pivotally connected to the base, the housing having an interior compartment, and a lighting panel; a monitor for displaying images of the object to be viewed; a U-shaped monitor arm having a first end pivotally connected to the housing and a second end pivotally connected to the monitor, the U-shaped monitor arm providing a space; a camera arm rotating along with the U-shaped monitor arm; a camera pivotally connected to the magnifier camera by way of the camera arm; the magnifier camera assembly having a stowed orientation wherein the camera arm is positioned within the space provided by the U-shaped monitor arm and the monitor arm and monitor are accepted within the interior compartment, and wherein the monitor is in facing relation to the base, the magnifier camera assembly also having a deployed orientation wherein the base, housing, monitor arm, and monitor are all angled with respect to one another.