mhurhangee/ep-ind-claims huggingface dataset:
A method of converting a printer to print with white toner, comprising the steps of: Providing a color toner printer; wherein said color toner printer comprises a plurality of drum cartridges and a plurality of toner cartridges; wherein said plurality of toner cartridges comprises a cyan toner cartridge, a yellow toner cartridge, a magenta toner cartridge, and a black toner cartridge; wherein said plurality of drum cartridges comprises a cyan drum cartridge, a yellow drum cartridge, a magenta drum cartridge, and a black drum cartridge; removing said black toner cartridge and said black drum cartridge; disassembling said black drum cartridge; emptying and cleaning said black toner cartridge and said black drum cartridge; priming said black drum cartridge with a white toner; filling said black toner cartridge with said white toner; and installing said white toner filled cartridge and said white toner primed drum into said printer. Providing a color toner printer; wherein said color toner printer comprises a plurality of drum cartridges and a plurality of toner cartridges; wherein said plurality of toner cartridges comprises a cyan toner cartridge, a yellow toner cartridge, a magenta toner cartridge, and a black toner cartridge; wherein said plurality of drum cartridges comprises a cyan drum cartridge, a yellow drum cartridge, a magenta drum cartridge, and a black drum cartridge; wherein said color toner printer comprises a plurality of drum cartridges and a plurality of toner cartridges; wherein said plurality of toner cartridges comprises a cyan toner cartridge, a yellow toner cartridge, a magenta toner cartridge, and a black toner cartridge; wherein said plurality of drum cartridges comprises a cyan drum cartridge, a yellow drum cartridge, a magenta drum cartridge, and a black drum cartridge; removing said black toner cartridge and said black drum cartridge; disassembling said black drum cartridge; emptying and cleaning said black toner cartridge and said black drum cartridge; priming said black drum cartridge with a white toner; filling said black toner cartridge with said white toner; and installing said white toner filled cartridge and said white toner primed drum into said printer.
A method of multi-mode x-ray examination of a patient's breast comprising: obtaining 3D slice images representing respective slices of a patient's breast formed by computer-processing, through a reconstruction algorithm, a multiplicity of x-ray 2D tomosynthesis projection images of the breast taken at respective angles of an imaging x-ray beam to the breast; obtaining a 2D combination view of a low-energy 2D x-ray mammogram and a high-energy 2D x-ray mammogram of the breast in the presence of a contrast agent therein; wherein the 2D mammogram is obtained after the 2D tomosynthesis projection images; and concurrently displaying on a computer display the 2D combination view and one or more of the 3D slice images; wherein the displayed combination 2D view facilitates identification of a position of a possible vascular abnormality in two dimensions, and the 3D slice images facilitate identification of the position of the abnormality in three dimensions as well as visualization of appearance of the abnormalities in respective slice images. obtaining 3D slice images representing respective slices of a patient's breast formed by computer-processing, through a reconstruction algorithm, a multiplicity of x-ray 2D tomosynthesis projection images of the breast taken at respective angles of an imaging x-ray beam to the breast; obtaining a 2D combination view of a low-energy 2D x-ray mammogram and a high-energy 2D x-ray mammogram of the breast in the presence of a contrast agent therein; wherein the 2D mammogram is obtained after the 2D tomosynthesis projection images; and concurrently displaying on a computer display the 2D combination view and one or more of the 3D slice images; wherein the displayed combination 2D view facilitates identification of a position of a possible vascular abnormality in two dimensions, and the 3D slice images facilitate identification of the position of the abnormality in three dimensions as well as visualization of appearance of the abnormalities in respective slice images.
A component for use with a heat source having a peak emission wavelength comprising: a substrate formed from a metallic or ceramic material; a thermal barrier coating positioned on the substrate; and a ceramic reflective coating integral with the thermal barrier coating, the reflective coating comprising an arrangement of features configured to reflect at a wavelength at which peak emission from a heat source occurs, said arrangement of features comprising: (i) a first feature, which is a dielectric material having a first index of refraction, and a second feature, which is a dielectric material having an index of refraction different from the first index of refraction, wherein said first and second features are inclusions; or (ii) a first feature, which is a dielectric material, and a second feature, which is a pore, wherein said first feature is an inclusion. a substrate formed from a metallic or ceramic material; a thermal barrier coating positioned on the substrate; and a ceramic reflective coating integral with the thermal barrier coating, the reflective coating comprising an arrangement of features configured to reflect at a wavelength at which peak emission from a heat source occurs, said arrangement of features comprising: (i) a first feature, which is a dielectric material having a first index of refraction, and a second feature, which is a dielectric material having an index of refraction different from the first index of refraction, wherein said first and second features are inclusions; or (ii) a first feature, which is a dielectric material, and a second feature, which is a pore, wherein said first feature is an inclusion. (i) a first feature, which is a dielectric material having a first index of refraction, and a second feature, which is a dielectric material having an index of refraction different from the first index of refraction, wherein said first and second features are inclusions; or (ii) a first feature, which is a dielectric material, and a second feature, which is a pore, wherein said first feature is an inclusion.
A power conversion device that supplies AC power to a plurality of induction motors (8A, 8B, 8C, and 8D), comprising: a current vector detecting unit that generates a torque current detection value (Iqf) and an exciting current detection value (Idf) from a current detection value between the power conversion device and the plurality of induction motors (8A, 8B, 8C, and 8D); a slip frequency calculating unit that generates a slip frequency on the basis of a torque current command value (Iqp) and an exciting current command value (Idp); a speed estimating unit that generates an estimation speed of the induction motor on the basis of a deviation between the torque current detection value (Iqf) and the torque current command value (Iqp) a connection failure detecting device that detects a connection failure of the plurality of induction motors (8A, 8B, 8C, and 8D) on the basis of the exciting current detection value (Idf); and a voltage vector calculation unit that generates a voltage command value on the basis of the torque current command value (Iqp), the exciting current command value (Idp), and an inverter frequency generated on the basis of the slip frequency and the estimation speed such that the torque current detection value (Iqf) follows the torque current command value (Iqp). a current vector detecting unit that generates a torque current detection value (Iqf) and an exciting current detection value (Idf) from a current detection value between the power conversion device and the plurality of induction motors (8A, 8B, 8C, and 8D); a slip frequency calculating unit that generates a slip frequency on the basis of a torque current command value (Iqp) and an exciting current command value (Idp); a speed estimating unit that generates an estimation speed of the induction motor on the basis of a deviation between the torque current detection value (Iqf) and the torque current command value (Iqp) a connection failure detecting device that detects a connection failure of the plurality of induction motors (8A, 8B, 8C, and 8D) on the basis of the exciting current detection value (Idf); and a voltage vector calculation unit that generates a voltage command value on the basis of the torque current command value (Iqp), the exciting current command value (Idp), and an inverter frequency generated on the basis of the slip frequency and the estimation speed such that the torque current detection value (Iqf) follows the torque current command value (Iqp).
An intelligent power tap (100, 310) in a network system, comprising: a circuit board; a microcontroller (112, 312) disposed on the circuit board, wherein the microcontroller is configured to provide a status report of the intelligent power tap and send prognostics information to a network node in the network system, wherein the prognostics information comprises an over-current warning based on a self identification of a zone device and its current characteristics; and a physical layer network interface connected to the microcontroller and the network system, wherein the intelligent power tap is configured to inject at least one of a network power and a switched power into the network system, wherein the status report comprises a geographical location on the network system of the intelligent power tap, the intelligent power tap further comprising: a first voltage sensor that senses an incoming voltage to the intelligent power tap; a second voltage sensor (122, 132) that senses at least one of a network voltage and a switched voltage to be injected into the network system; and a current sensor (120, 130) that senses at least one of a network current and a switched current to be injected into the network system. a circuit board; a microcontroller (112, 312) disposed on the circuit board, wherein the microcontroller is configured to provide a status report of the intelligent power tap and send prognostics information to a network node in the network system, wherein the prognostics information comprises an over-current warning based on a self identification of a zone device and its current characteristics; and a physical layer network interface connected to the microcontroller and the network system, wherein the intelligent power tap is configured to inject at least one of a network power and a switched power into the network system, wherein the status report comprises a geographical location on the network system of the intelligent power tap, the intelligent power tap further comprising: a first voltage sensor that senses an incoming voltage to the intelligent power tap; a second voltage sensor (122, 132) that senses at least one of a network voltage and a switched voltage to be injected into the network system; and a current sensor (120, 130) that senses at least one of a network current and a switched current to be injected into the network system. a first voltage sensor that senses an incoming voltage to the intelligent power tap; a second voltage sensor (122, 132) that senses at least one of a network voltage and a switched voltage to be injected into the network system; and a current sensor (120, 130) that senses at least one of a network current and a switched current to be injected into the network system.
A sensing system for detecting a substance in a dialysate, comprising: a hydrophobic barrier (1802, 2002) capable of allowing the substance in the dialysate to equilibrate to a gas; a detector (1804, 2014) capable of detecting the gas; an interface (1806, 2006) disposed between the hydrophobic barrier (1802, 2002) and the detector (1804, 2014) and configured to allow fluid communication of the gas between the hydrophobic barrier and the detector; and one or more delivery mechanisms (1950, 2050) configured to provide a driving force capable of transporting the gas from the hydrophobic barrier (1802, 2002) through the interface (1806, 2006) to the detector (1804, 2014), characterized in that the driving force moves the gas back and forth within the interface (1806, 2006). a hydrophobic barrier (1802, 2002) capable of allowing the substance in the dialysate to equilibrate to a gas; a detector (1804, 2014) capable of detecting the gas; an interface (1806, 2006) disposed between the hydrophobic barrier (1802, 2002) and the detector (1804, 2014) and configured to allow fluid communication of the gas between the hydrophobic barrier and the detector; and one or more delivery mechanisms (1950, 2050) configured to provide a driving force capable of transporting the gas from the hydrophobic barrier (1802, 2002) through the interface (1806, 2006) to the detector (1804, 2014), characterized in that the driving force moves the gas back and forth within the interface (1806, 2006).
Device for dry drilling with cuttings flushing and dust extraction, for use in underground mining with a drill with one or more drill rigs to which a vacuum extractor located at the mouth of the borehole and a suction hose for transporting the loosened material to the filter housing of a dust filter and to a vacuum generator are assigned to flush out the cuttings and the dust through the gap between drill rod and borehole wall, whereby a baffle serving as a cuttings separator is assigned to the inlet nozzle of the filter housing and whereby the dust filter is designed to deposit not only the dust but also the cuttings from the volume flow, characterised in that a dust filter and a rotary piston blower (10, 11, 12) or a vacuum pump, which serve as a stable vacuum generator with regard to the volume flow, are assigned to each drill rig with cuttings and dust extraction, the deflecting wall has a rubber to plastic coating in the area of the inlet nozzle and the dust filters are designed as surface filters (4, 4', 4") with compact elements (5, 6) that are insertable into the filter housing from the pure gas side.
A method for preparing ceramic ink, the method comprising: preparing a metal carbamate solution by dissolving a metal carbamate in a solvent; preparing a ceramic pigment by plasticizing the metal carbamate; and mixing the metal carbamate solution, the ceramic pigment and a dispersant. preparing a metal carbamate solution by dissolving a metal carbamate in a solvent; preparing a ceramic pigment by plasticizing the metal carbamate; and mixing the metal carbamate solution, the ceramic pigment and a dispersant.
A method for migrating a subscriber session from a first authentication, authorization and accounting, AAA, accounting peer to a second AAA accounting peer, where the first AAA accounting peer is stateful, the method comprising: receiving an accounting start packet from an AAA client application; forwarding the accounting start packet to the first AAA accounting peer; receiving an accounting update or accounting stop packet from the AAA client application; determining whether the first AAA accounting peer is available in response to the receiving the accounting update or accounting stop packet; selecting a second AAA accounting peer from the available AAA accounting peers, in response to determination of a connection failure with the first AAA accounting peer; re-marking or re-labeling the accounting update packet, from the AAA client application, as an accounting start packet upon selecting the second AAA accounting peer; and sending the re-marked or re-labeled accounting start packet from the AAA client application to the second AAA accounting peer. receiving an accounting start packet from an AAA client application; forwarding the accounting start packet to the first AAA accounting peer; receiving an accounting update or accounting stop packet from the AAA client application; determining whether the first AAA accounting peer is available in response to the receiving the accounting update or accounting stop packet; selecting a second AAA accounting peer from the available AAA accounting peers, in response to determination of a connection failure with the first AAA accounting peer; re-marking or re-labeling the accounting update packet, from the AAA client application, as an accounting start packet upon selecting the second AAA accounting peer; and sending the re-marked or re-labeled accounting start packet from the AAA client application to the second AAA accounting peer.
Pack for cigarettes or other smoking-related articles, comprising an outer pack designed in the form of a hinge-lid box having a box part and lid for accommodating an inner pack with preferably a cigarette group forming the pack contents, said cigarette group being enclosed by a preferably moisture-tight and aroma-tight sheet-material blank, wherein the lid of the outer pack has a lid front wall, lid side wall, lid rear wall and lid end wall, wherein the inner pack has locally delimited, outwardly directed convexities, protrusions or thickenings in the region of the lid of the outer pack in the closed position such that the thickenings or protrusions, on account of increased local friction resulting from abutment against the inner side of the lid, exert a retaining or closing force on the lid, in particular on lid side walls, characterized by the following features: a) the inner pack, which has a preferably moisture-tight and aroma-tight sheet material in the form of a wrapper, is provided with an inner supporting element or inner collar, which at least partially encloses the cigarette group, in particular with a tray made of thin cardboard or similar foldable packaging material, b) at least one lug is formed in the region of a side wall, or in the region of side flaps of the tray, and said lug, on account of sideways-directed active positioning or on account of corresponding folding, forms at least one protrusion or thickening on the inner side of the sheet material, and said protrusion or thickening produces a convexity in the sheet material, preferably in the region of a wall of the lid, in particular in the region of the lid side walls. a) the inner pack, which has a preferably moisture-tight and aroma-tight sheet material in the form of a wrapper, is provided with an inner supporting element or inner collar, which at least partially encloses the cigarette group, in particular with a tray made of thin cardboard or similar foldable packaging material, b) at least one lug is formed in the region of a side wall, or in the region of side flaps of the tray, and said lug, on account of sideways-directed active positioning or on account of corresponding folding, forms at least one protrusion or thickening on the inner side of the sheet material, and said protrusion or thickening produces a convexity in the sheet material, preferably in the region of a wall of the lid, in particular in the region of the lid side walls.
Massage device comprising a frame with a sliding carriage guided on the frame and movable vertically to a base in an operating state, at least one massage device for massaging a user being attached to the sliding carriage, characterized in that the massage device comprises a lever mechanism which is attached to the frame and to the sliding carriage and can be loaded with weights in order to exert a predeterminable force acting vertically to the ground on the sliding carriage.
A washing machine comprising: a rotatable drum that receives laundry; a motor that rotates the drum; a balancer that is connected to the drum, the balancer changing a center of gravity of the drum; and a controller that rotates the motor at a constant rotational speed and then calculates a temperature of the balancer based on a period of a variation in rotational speed of the motor. a rotatable drum that receives laundry; a motor that rotates the drum; a balancer that is connected to the drum, the balancer changing a center of gravity of the drum; and a controller that rotates the motor at a constant rotational speed and then calculates a temperature of the balancer based on a period of a variation in rotational speed of the motor.
A process for the preparation of lumacaftor Form-LA1 characterized by X-Ray diffraction pattern having one or more peaks at about 4.3, 8.7, 12.9, 14.8, 17.5, 17.7, 18.7, 19.3, 20.3, 21.8, 22.2, 22.8, 23.5, 23.6, 25.7, 26.4, 28.0, 29.8, 33.0, 36.9, 38.2, 40.1 and 43.7 ± 0.2° 2θ, comprising: a) dissolving lumacaftor in water and a suitable base at a suitable temperature, b) optionally, cooling the solution to less than 25°C, and c) isolating the lumacaftor Form-LA1. a) dissolving lumacaftor in water and a suitable base at a suitable temperature, b) optionally, cooling the solution to less than 25°C, and c) isolating the lumacaftor Form-LA1.
A method for storing energy in the form of methane comprising at least the following steps: a) generating electric energy using a renewable and/or non-renewable energy source; b) using at least partially the electric energy of step a) for the electrolysis of water and/or brine, thereby producing hydrogen and/or oxygen; and c) using at least partially the hydrogen of step b) and carbon dioxide, and optionally partially the electric energy of step a), for producing methane by methanogenic microorganisms in a reaction vessel, comprising contacting the methanogenic microorganisms with an in-gas feed comprising at least said hydrogen and carbon dioxide, wherein step c) comprises at least one methane production phase, wherein in the at least one methane production phase the ratio of the partial pressure of hydrogen to the partial pressure of carbon dioxide inside the reaction vessel is maintained at 5:1 or higher (parts hydrogen: parts carbon dioxide). a) generating electric energy using a renewable and/or non-renewable energy source; b) using at least partially the electric energy of step a) for the electrolysis of water and/or brine, thereby producing hydrogen and/or oxygen; and c) using at least partially the hydrogen of step b) and carbon dioxide, and optionally partially the electric energy of step a), for producing methane by methanogenic microorganisms in a reaction vessel, comprising contacting the methanogenic microorganisms with an in-gas feed comprising at least said hydrogen and carbon dioxide,