mhurhangee/ep-ind-claims huggingface dataset:
A method for processing biomass into hydrocarbon fuels comprising: processing a biomass in a hydropyrolysis reactor resulting in char and a process vapor stream comprising deoxygenated condensable hydrocarbons, non-condensable hydrocarbon vapors, other non-condensable vapors, and water and water-soluble species, including NH 3 and H 2 S; cooling the process vapor stream to a condensation temperature to develop three phases: a cooled vapor phase, a hydrocarbon phase, and an aqueous phase, wherein the three phases are contained in a cooled product stream; sending the cooled product stream to a separator to split the three phases into a condensable hydrocarbon product stream, which is recovered, a cooled vapor product stream comprising primarily H 2, non-condensable hydrocarbons, CO 2, CO, and H 2 S, and a primary aqueous stream comprising primarily water, ammonium sulfide as the reaction product of H 2 S with NH 3, and NH 3; sending the primary aqueous stream to a catalytic reactor; injecting air into the catalytic reactor in an amount sufficient to supply 5 moles of oxygen for each mole of sulfur and obtain a treated aqueous product stream including ammonia, liquid water, and ammonium sulfate, and a reactor gas product stream comprising primarily nitrogen, unused oxygen, and traces of NH 3 and water vapor; and removing hydrogen sulfide from the cooled product vapor stream. processing a biomass in a hydropyrolysis reactor resulting in char and a process vapor stream comprising deoxygenated condensable hydrocarbons, non-condensable hydrocarbon vapors, other non-condensable vapors, and water and water-soluble species, including NH 3 and H 2 S; cooling the process vapor stream to a condensation temperature to develop three phases: a cooled vapor phase, a hydrocarbon phase, and an aqueous phase, wherein the three phases are contained in a cooled product stream; sending the cooled product stream to a separator to split the three phases into a condensable hydrocarbon product stream, which is recovered, a cooled vapor product stream comprising primarily H 2, non-condensable hydrocarbons, CO 2, CO, and H 2 S, and a primary aqueous stream comprising primarily water, ammonium sulfide as the reaction product of H 2 S with NH 3, and NH 3; sending the primary aqueous stream to a catalytic reactor; injecting air into the catalytic reactor in an amount sufficient to supply 5 moles of oxygen for each mole of sulfur and obtain a treated aqueous product stream including ammonia, liquid water, and ammonium sulfate, and a reactor gas product stream comprising primarily nitrogen, unused oxygen, and traces of NH 3 and water vapor; and removing hydrogen sulfide from the cooled product vapor stream.
Method for producing a value and/or security document having an antenna structure, comprising the following method steps: - providing a support element (1, 1a), - placing an antenna structure onto the support element (1, 1a), - generating a fluoroscopic image at least of a portion of the antenna structure, characterised by the following further method steps: - determining at least one image region, in which the at least one portion of the antenna structure or part of the portion of the antenna structure is imaged, - detecting fissure structures in the image region, - determining at least one fissure parameter if at least one fissure structure is detected, - evaluating a quality criterion depending on the fissure parameter. - providing a support element (1, 1a), - placing an antenna structure onto the support element (1, 1a), - generating a fluoroscopic image at least of a portion of the antenna structure, characterised by the following further method steps: - determining at least one image region, in which the at least one portion of the antenna structure or part of the portion of the antenna structure is imaged, - detecting fissure structures in the image region, - determining at least one fissure parameter if at least one fissure structure is detected, - evaluating a quality criterion depending on the fissure parameter.
Wheelchair tyre having, a torus-shaped carcass, which is open between two rim beads for fastening to a rim, the carcass having a running profile (10, 10') applied to its exterior and a raised lettering, characterized in that the carcass, in a condition of the wheelchair tyre ready-to-run and fastened to a rim, at least on an exterior tyre wall, starting from a region adjoining with a rim edge, is smooth and free of profiles and lettering at least up to a first boundary plane extending through a center of the tyre torus, an intersection point of the first boundary plane on the tyre extending maximally offset by an angle (β) of 45° with respect to an intersection point of a center plane with the tyre, and in that the profile elevations of the running profile (10, 10') are bounded toward the smooth exterior wall of the carcass by a second boundary plane which extends parallel to the center plane and through the intersection point of the first boundary plane with the tyre.
Interface device for a ski binding comprising a support base and a support plate operatively coupled with said support base and having an upper surface intended to come in contact with a front portion of a ski boot sole (401, 402), said support plate being pivoted on said support base to be rotatably movable with respect to said support base, characterised in that said support plate is taken in a first operating position with respect to said support base, when said support plate comes in contact with a first type of ski boot having a sole of GripWalk TM type or the like, and in that said support plate is taken in a second operating position with respect to said support base, when said support plate comes in contact with a second type of ski boot having a sole designed according to the standard DIN ISO 5355; wherein, when the front portion of the ski boot sole (401, 402) is placed on said support plate, said support plate rotates with respect to said support base due to the weight force of the ski boot and is taken to said first operating position or to said second operating position, so that said interface device takes automatically an operating configuration, which corresponds to said first operating position or to said second operating position, to support the ski boot and help the attachment of the ski boot with a toe element of the ski binding.
A mower, comprising: a main body; a blade housing depending from the main body and having an open lower end; at least one cutting blade supported in the blade housing in a rotatable manner in a horizontal plane; an engine mounted on the main body for driving the cutting blade; a grass collection bag attached to a rear end of the main body; a chute extending in a fore and aft direction to communicate an interior of the blade housing with an interior of the grass collection bag; a pair of rear wheels provided in a rear part of the main body; a pair of electric motors mounted in a rear part of the main body and connected to the respective rear wheels in a power transmitting relationship; and a fuel tank for supplying fuel to the engine, wherein the chute extends rearward with an upward slant, and characterized in that the chute is curved in side view in such a manner that a concave side thereof opposes the fuel tank, and the fuel tank is positioned in a space surrounded by the electric motors and the chute. a main body; a blade housing depending from the main body and having an open lower end; at least one cutting blade supported in the blade housing in a rotatable manner in a horizontal plane; an engine mounted on the main body for driving the cutting blade; a grass collection bag attached to a rear end of the main body; a chute extending in a fore and aft direction to communicate an interior of the blade housing with an interior of the grass collection bag; a pair of rear wheels provided in a rear part of the main body; a pair of electric motors mounted in a rear part of the main body and connected to the respective rear wheels in a power transmitting relationship; and a fuel tank for supplying fuel to the engine, wherein the chute extends rearward with an upward slant, and characterized in that the chute is curved in side view in such a manner that a concave side thereof opposes the fuel tank, and the fuel tank is positioned in a space surrounded by the electric motors and the chute.
A cell transfer apparatus comprising: a dish having a plurality of holding portions, each holding portion holding a cell aggregate or cell clump to be transferred; a microplate having a plurality of wells that receive the cell aggregates or cell clumps, the plurality of wells being classified into a plurality of groups (I,II,III,IV,V); a transfer unit that transfers the cell aggregates or cell clumps from the dish to the microplate; an imaging unit that captures an image of the dish with the cell aggregates or cell clumps being held by the plurality of holding portions; an evaluation unit that executes a process for classifying objects supported by the dish into cell aggregates or cell clumps that meet a predetermined standard as usable cell aggregates or cell clumps and gives evaluation levels to the usable cell aggregates or cell clumps, with reference to predetermined multiple-step evaluation levels (G1, G2, G3, G4, G5) respectively, based on the image of the dish; an allocation processor that sets transfer destinations of the cell aggregates or cell clumps on the dish so that the cell aggregates or cell clumps equal in evaluation level are distributed evenly to each of the plurality of groups (I ∼ V) in the microplate; and a transfer controller that causes the transfer unit to transfer the cell aggregates or cell clumps held by the holding portions of the dish to the plurality of wells in the plurality of groups (I ∼ V) in the microplate, respectively, based on the transfer destinations set by the allocation processor. a dish having a plurality of holding portions, each holding portion holding a cell aggregate or cell clump to be transferred; a microplate having a plurality of wells that receive the cell aggregates or cell clumps, the plurality of wells being classified into a plurality of groups (I,II,III,IV,V); a transfer unit that transfers the cell aggregates or cell clumps from the dish to the microplate; an imaging unit that captures an image of the dish with the cell aggregates or cell clumps being held by the plurality of holding portions; an evaluation unit that executes a process for classifying objects supported by the dish into cell aggregates or cell clumps that meet a predetermined standard as usable cell aggregates or cell clumps and gives evaluation levels to the usable cell aggregates or cell clumps, with reference to predetermined multiple-step evaluation levels (G1, G2, G3, G4, G5) respectively, based on the image of the dish; an allocation processor that sets transfer destinations of the cell aggregates or cell clumps on the dish so that the cell aggregates or cell clumps equal in evaluation level are distributed evenly to each of the plurality of groups (I ∼ V) in the microplate; and a transfer controller that causes the transfer unit to transfer the cell aggregates or cell clumps held by the holding portions of the dish to the plurality of wells in the plurality of groups (I ∼ V) in the microplate, respectively, based on the transfer destinations set by the allocation processor.
A method for measuring a local electrical potential field by means of a scanning probe microscope, on the tip of which a quantum dot is arranged, wherein the quantum dot is guided by means of the tip, on which it is arranged, to the location (r) where the electrical potential field is measured, characterized in that the critical voltage is measured, at which a change in charge of the quantum dot takes place, wherein, for the measurement of the critical voltage V crit 0, the voltage applied by means of a voltage source is varied and the scanning force microscope is used in accordance with a standard operating mode to detect the abrupt change in force on the quantum dot sensor consisting of the quantum dot, occurring as a result of the change in charge of the quantum dot in the case of the critical voltages V crit 0 and that the local potential φ lοc, based on the value for the local potential at the value at a reference location r 0, is determined by the formula φ loc r = R − 1 r d ΔV crit r wherein φ loc = local electrical potential r = location of the measurement, d = distance between the quantum dot and the tip R -1 = reciprocal sensitivity factor ΔV crit (r) = change in voltage at the location where the voltage is measured.
A biodegradable implantable medical device comprising an iron alloy, wherein the alloy is at least 85% austenite in structure and contains 0.1% or less chromium and 25% to 35% manganese, the manganese being an austenite promoting component, and wherein the alloy has a surface to volume ratio for individual grains of, on average, greater than 0.1μ -1.
A system for endoscopic ultrasound guided drainage, comprising: an access sheath extending longitudinally from a proximal end to a distal end and including an access lumen extending therethrough from the proximal end to the distal end; a stylet slidably received within the access lumen, the stylet extending longitudinally from a proximal end to a distal end and including a channel extending therethrough, the channel configured to receive a fluid therethrough; and a dilating sheath extending longitudinally from a proximal end to a distal end and including a dilating lumen extending therethrough, the dilating lumen sized and shaped to slidably receive the access sheath. an access sheath extending longitudinally from a proximal end to a distal end and including an access lumen extending therethrough from the proximal end to the distal end; a stylet slidably received within the access lumen, the stylet extending longitudinally from a proximal end to a distal end and including a channel extending therethrough, the channel configured to receive a fluid therethrough; and a dilating sheath extending longitudinally from a proximal end to a distal end and including a dilating lumen extending therethrough, the dilating lumen sized and shaped to slidably receive the access sheath.
A computer-implemented method comprising: identifying, by a file analysis system, a plurality of files that have been uploaded by a user to a particular folder that has been allocated to the user in a file storage service; scanning, by the file analysis system, each of the plurality of files using each of a plurality of antivirus software programs (116a, 116b, 116c); in response to the scanning: determining that a particular file of the plurality of files is indicated as potentially malicious by a particular antivirus software program of the plurality of antivirus software programs; and determining that the particular file is not indicated as potentially malicious by others of the plurality of antivirus software programs (116b, 116c); and providing a notification to a vendor of the particular antivirus software program indicating that the particular file has been anomalously indicated as potentially malicious by the particular antivirus software program. identifying, by a file analysis system, a plurality of files that have been uploaded by a user to a particular folder that has been allocated to the user in a file storage service; scanning, by the file analysis system, each of the plurality of files using each of a plurality of antivirus software programs (116a, 116b, 116c); in response to the scanning: determining that a particular file of the plurality of files is indicated as potentially malicious by a particular antivirus software program of the plurality of antivirus software programs; and determining that the particular file is not indicated as potentially malicious by others of the plurality of antivirus software programs (116b, 116c); and determining that a particular file of the plurality of files is indicated as potentially malicious by a particular antivirus software program of the plurality of antivirus software programs; and determining that the particular file is not indicated as potentially malicious by others of the plurality of antivirus software programs (116b, 116c); and providing a notification to a vendor of the particular antivirus software program indicating that the particular file has been anomalously indicated as potentially malicious by the particular antivirus software program.
Rotating piston internal combustion engine with a housing, which includes a housing wall that forms an operating chamber, and in which a rotatable rotating piston is arranged, which extends through the operating chamber and during rotation moves along the housing wall that forms a running surface with edges of the rotating piston, wherein in the operating chamber for the ignition of a fuel located in the operating chamber a portion of the operating chamber serves as a combustion chamber with an associated combustion chamber wall, wherein in the combustion chamber wall at least one microwave window is arranged, on whose side that is oriented away from the combustion chamber a device (10; 18) for injecting microwave energy in form of microwaves into the combustion chamber of the operating chamber is arranged, wherein at least the combustion chamber wall is at least partially made from a material that is permeable for microwave energy and suitable for combusting fuel in the combustion chamber, in particular ceramics or sapphire glass, characterized in that in the combustion chamber wall uneven local geometric metallic structures (11, 12) are arranged, which, depending on their configuration, deflect microwaves reflected form the combustion chamber back into the combustion chamber in a concentrated or scattered manner.
A memory array comprising: a plurality of volatile memory cells each comprising a latch (206, 208); a plurality of non-volatile memory cells each comprising at least one resistive element (218, 218A, 218B) programmable by the direction of current passed through it to have one of at least two resistive states (R min, R max), wherein each of the non-volatile memory cells is associated with a corresponding one of said volatile memory cells; characterized by a read/write circuit coupled to each of the volatile and non-volatile memory cells via one or more pairs of bit lines (BL, BLB), the read/write circuit having a comparator having first and second inputs, and adapted to read a first data bit stored by a first of the volatile memory cells and to read a second data bit stored by a second of the non-volatile memory cells, the read/write circuit further comprising: at least one multiplexer (704, 718) adapted to couple the first and second inputs of the comparator to complementary storage nodes (210, 212) of said first volatile memory cell to read said first data bit, and to couple the first and second inputs of the comparator to outputs of an amplifier adapted to detect the programmed resistive state of said second non-volatile memory cell. a plurality of volatile memory cells each comprising a latch (206, 208); a plurality of non-volatile memory cells each comprising at least one resistive element (218, 218A, 218B) programmable by the direction of current passed through it to have one of at least two resistive states (R min, R max), wherein each of the non-volatile memory cells is associated with a corresponding one of said volatile memory cells; characterized by a read/write circuit coupled to each of the volatile and non-volatile memory cells via one or more pairs of bit lines (BL, BLB), the read/write circuit having a comparator having first and second inputs, and adapted to read a first data bit stored by a first of the volatile memory cells and to read a second data bit stored by a second of the non-volatile memory cells, the read/write circuit further comprising: at least one multiplexer (704, 718) adapted to couple the first and second inputs of the comparator to complementary storage nodes (210, 212) of said first volatile memory cell to read said first data bit, and to couple the first and second inputs of the comparator to outputs of an amplifier adapted to detect the programmed resistive state of said second non-volatile memory cell.
A conveyance device for a heat treatment device that presses a conveyed body to convey the conveyed body in a linear direction, the conveyance device comprising: a cylinder mechanism (6a, 6b) which includes a retractable rod that presses the conveyed body, characterised in that: a pair of abutting members is disposed at a tip part of the rod of the cylinder mechanism so that the pair of abutting members abuts two locations, which are different from each other in a circumferential direction, on an outer peripheral surface of the conveyed body; a guide rail configured to guide the pair of abutting members is provided; and each of the pair of abutting members is provided with a traveling roller that travels on the guide rail. a cylinder mechanism (6a, 6b) which includes a retractable rod that presses the conveyed body, characterised in that: a pair of abutting members is disposed at a tip part of the rod of the cylinder mechanism so that the pair of abutting members abuts two locations, which are different from each other in a circumferential direction, on an outer peripheral surface of the conveyed body; a guide rail configured to guide the pair of abutting members is provided; and each of the pair of abutting members is provided with a traveling roller that travels on the guide rail. a pair of abutting members is disposed at a tip part of the rod of the cylinder mechanism so that the pair of abutting members abuts two locations, which are different from each other in a circumferential direction, on an outer peripheral surface of the conveyed body; a guide rail configured to guide the pair of abutting members is provided; and each of the pair of abutting members is provided with a traveling roller that travels on the guide rail.
Toilet system with a seat with an opening under which is arranged a film tube (41, 43) intended for collecting human waste products, which is closed on one side (44, 45) and open towards the opening of the seat; means (23, 24) for closing the film tube (41, 42) to form a closed bag and for separating the closed bag so that again another film tube (41, 43) open at one end is produced; and a collection device for receiving separated closed bags, characterised in that the toilet system comprises a device for holding and moving the seat and that the seat can be brought from a first emptying position in which it is above the collection device into at least one further usage position (II, III) in which it is next to the collection device.
Composite wire having a contained specific weight and high traction resistance, suitable to be used autonomously or as part of bundles, strands or ropes formed therefrom, comprising: - at least an outer mantle in metallic material with protective function; - at least an inner portion comprising fibers, characterized in that the outer mantle is a metallic, encasing tube which is welded at the longitudinal edges. - at least an outer mantle in metallic material with protective function; - at least an inner portion comprising fibers, characterized in that the outer mantle is a metallic, encasing tube which is welded at the longitudinal edges.