mhurhangee/ep-ind-claims huggingface dataset:
A method for amplifying and detecting PrP-res (proteinase K resistant prion protein) in a sample comprising: (a) mixing the sample with purified rPrP-sen (recombinant proteinase K sensitive prion protein) to make a reaction mix; (b) performing an amplification reaction comprising: (i) agitating aggregates formed in a shaking cycle by shaking the reaction mix without sonication in the shaking cycle, each shaking cycle comprising a period of shaking and a period of rest, in conditions that promote coaggregation of the rPrP-sen with the PrP-res that may be present in the reaction mix to result in a conversion of the rPrP-sen to rPrP-res (Sc) (recombinant proteinase K resistant prion protein seeded by proteinase K resistant prion protein), wherein each shaking cycle is 60-180 seconds and the ratio of time shaking:time at rest is from 1:15 to 1:1; (ii) repeating step (i) one or more times; and (c) detecting rPrP-res( Sc) in the reaction mix, wherein detection of rPrP-res (Sc) in the reaction mix indicates that PrP-res was present in the sample. (a) mixing the sample with purified rPrP-sen (recombinant proteinase K sensitive prion protein) to make a reaction mix; (b) performing an amplification reaction comprising: (i) agitating aggregates formed in a shaking cycle by shaking the reaction mix without sonication in the shaking cycle, each shaking cycle comprising a period of shaking and a period of rest, in conditions that promote coaggregation of the rPrP-sen with the PrP-res that may be present in the reaction mix to result in a conversion of the rPrP-sen to rPrP-res (Sc) (recombinant proteinase K resistant prion protein seeded by proteinase K resistant prion protein), wherein each shaking cycle is 60-180 seconds and the ratio of time shaking:time at rest is from 1:15 to 1:1; (ii) repeating step (i) one or more times; and (i) agitating aggregates formed in a shaking cycle by shaking the reaction mix without sonication in the shaking cycle, each shaking cycle comprising a period of shaking and a period of rest, in conditions that promote coaggregation of the rPrP-sen with the PrP-res that may be present in the reaction mix to result in a conversion of the rPrP-sen to rPrP-res (Sc) (recombinant proteinase K resistant prion protein seeded by proteinase K resistant prion protein), wherein each shaking cycle is 60-180 seconds and the ratio of time shaking:time at rest is from 1:15 to 1:1; (ii) repeating step (i) one or more times; and (c) detecting rPrP-res( Sc) in the reaction mix, wherein detection of rPrP-res (Sc) in the reaction mix indicates that PrP-res was present in the sample.
A method for altering a modeling of an automation system via a modeling tool, comprising: determining at least one valid position in an electrical sequence flow of the automation system in which a proxy step could be inserted into the electrical sequence flow; displaying the electrical sequence flow pertaining to a plurality of resources, the electrical sequence flow comprising: a plurality of electrical sequence elements including a first electrical step and an electrical transition, characterized in an icon for each of the determined at least one valid position, identifying, from the display, an icon to be replaced by a new proxy step; replacing the identified icon with the new proxy step; adding electrical transitions effective for the new proxy step to be parallel to the first electrical step; and displaying the electrical sequence flow after the replacing the icon and the adding electrical transitions, wherein the displaying the electrical sequence flow is on an electronic display device; determining at least one valid position in an electrical sequence flow of the automation system in which a proxy step could be inserted into the electrical sequence flow; displaying the electrical sequence flow pertaining to a plurality of resources, the electrical sequence flow comprising: a plurality of electrical sequence elements including a first electrical step and an electrical transition, a plurality of electrical sequence elements including a first electrical step and an electrical transition, characterized in an icon for each of the determined at least one valid position, identifying, from the display, an icon to be replaced by a new proxy step; replacing the identified icon with the new proxy step; adding electrical transitions effective for the new proxy step to be parallel to the first electrical step; and displaying the electrical sequence flow after the replacing the icon and the adding electrical transitions, wherein the displaying the electrical sequence flow is on an electronic display device;
A system for executing a virtual machine instance, comprising an executing environment for creating a virtual machine instance, wherein the virtual machine instance comprises: an instance authorization unit for issuing a request for an instance authorization credential, wherein the request is indicative of at least one attribute that is specific to the virtual machine instance, and for receiving an instance authorization credential created externally of the virtual machine instance, wherein the instance authorization credential is uniquely associated with the virtual machine instance; a data key unit for generating a request for a data key, based on the instance authorization credential associated with the virtual machine instance; and a decryption unit for decrypting a data item based on the data key.
A catalyst for the synthesis of methyl mercaptan, obtainable from aluminum oxide, an alkali metal tungstate and at least one further component selected from the groups of ammonium salts and of the protic acids sulfuric acid, phosphoric acid, sulfurous acid, tungstic acid, phosphorous acid, hypophosphorous acid or mixtures thereof, wherein the pH of the catalyst is in the range from 5.0 to 9.7, where the pH measured is carried out by producing a 10% strength aqueous suspension from the catalyst to be examined, shaking this sample for one minute, allowing it to stand for 5 minutes and subsequently measuring the pH of the suspension by means of an electrode and where a potassium tungstate is used as alkali metal tungstate and where the catalyst is calcined in the presence of oxygen.
An apparatus for generating and collecting particulate matter derived from combusting a liquid carbon-containing fuel, which apparatus comprises a fuel burner comprising a nozzle, which nozzle is housed in a container, which container comprises a gas inlet and a gas outlet, said gas outlet connecting with a conduit for transporting gas from the gas outlet to atmosphere, means for detecting a rate of gas flowing through the gas inlet and means for forcing an oxidising gas to flow from the gas inlet via the container, the gas outlet and the conduit to atmosphere, a station for collecting particulate matter from gas flowing through the conduit and means for controlling the gas flow-forcing means in response to a detected gas flow rate at the gas inlet, whereby the rate of gas flow at the gas inlet is maintained at a desired rate to provide substoichiometric fuel combustion within the container, thereby to promote particulate matter formation. a fuel burner comprising a nozzle, which nozzle is housed in a container, which container comprises a gas inlet and a gas outlet, said gas outlet connecting with a conduit for transporting gas from the gas outlet to atmosphere, means for detecting a rate of gas flowing through the gas inlet and means for forcing an oxidising gas to flow from the gas inlet via the container, the gas outlet and the conduit to atmosphere, a station for collecting particulate matter from gas flowing through the conduit and means for controlling the gas flow-forcing means in response to a detected gas flow rate at the gas inlet, whereby the rate of gas flow at the gas inlet is maintained at a desired rate to provide substoichiometric fuel combustion within the container, thereby to promote particulate matter formation.
A method of securing connections in well screens, the method comprising: engaging a resilient ring with first and second annular recesses (70,72) formed in respective first and second well screen connectors (52,54), the ring having a generally rectangular cross-section including projections extending from respective opposite ends of the ring; and disengaging the resilient ring from one of the first and second annular recesses (70,72) by relative displacement between the projections, wherein an inclined surface formed on one of the first and second connectors (52,54) is configured to radially expand the ring during insertion of the second connector into the first connector. engaging a resilient ring with first and second annular recesses (70,72) formed in respective first and second well screen connectors (52,54), the ring having a generally rectangular cross-section including projections extending from respective opposite ends of the ring; and disengaging the resilient ring from one of the first and second annular recesses (70,72) by relative displacement between the projections, wherein an inclined surface formed on one of the first and second connectors (52,54) is configured to radially expand the ring during insertion of the second connector into the first connector.
An aircraft passenger seat configured to recline, the seat comprising: a seat pan; a drive rail coupled to the seat pan, the drive rail configured to cause horizontal translation of a front portion of the seat pan via the drive rail; a first guide slidably mounted to a first guide slot having a curved shape which is generally concave in an upward direction, wherein a vertical position of a rear portion of the seat bottom is controlled by passage of the first guide through the first guide slot;a seat back pivotally coupled to the seat pan; characterized in that the aircraft passenger seat comprises a second guide slidably mounted to a second guide slot having a curved shape which is generally concave in an upward direction, wherein a vertical position of a rear portion of the seat back is controlled by passage of the second guide through the second guide slot. a seat pan; a drive rail coupled to the seat pan, the drive rail configured to cause horizontal translation of a front portion of the seat pan via the drive rail; a first guide slidably mounted to a first guide slot having a curved shape which is generally concave in an upward direction, wherein a vertical position of a rear portion of the seat bottom is controlled by passage of the first guide through the first guide slot;a seat back pivotally coupled to the seat pan; characterized in that the aircraft passenger seat comprises a second guide slidably mounted to a second guide slot having a curved shape which is generally concave in an upward direction, wherein a vertical position of a rear portion of the seat back is controlled by passage of the second guide through the second guide slot.
A process for preparing prepolymers for the production of plastics, wherein one or more monomer or oligomer compounds are subjected to a polycondensation reaction, which is characterized in that the prepolymer has a polyamide-type bonding structure and the polycondensation reaction is carried out in a single phase aqueous solution, which is homogeneously miscible with water, with the addition of one or more enzymes catalyzing the polymerization reaction, said single phase, homogeneously with water miscible aqueous solution being free of other non-polar solvent components, which are suitable to form a non-polar phase in the aqueous reaction medium.
A casting machine for a metal casting with at least one mold having mold nest parts (4, 5, 6, 7) defining at least one cavity, wherein each mold nest part (4, 5, 6, 7) of at least one first part of the mold nest parts (4, 5, 6, 7) is mounted pivotably about at least a separate first axis of rotation (a, b, c, d), and the mold nest parts (4, 5, 6, 7) of the at least one first part of mold nest parts (4, 5, 6, 7) completely release the region of the cavity previously enclosed by the mold nest parts (4, 5, 6, 7) upon pivoting about their first axes of rotation (a, b, c, d), wherein the entire mold along with all mold nest parts is mounted about at least a second axis of rotation (e), characterized in that the mold is mounted on a mold carrier (8, 23) of the casting machine so as to be pivotable about the second axis of rotation (e).
A coffee machine comprising a body, a heater provided in the body and configured to enable the cooking process to be realized, a cooking container in which the cooking process is performed, an arm extending outwards from the body so as to cover the cooking container when the cooking container is placed on the heater, a nozzle group provided in the arm and configured to transmit water to the cooking container, and a sensor group provided in the arm and configured to detect the liquid level in the cooking container, a movement mechanism further configured to enable changing the level of the arm in vertical direction wherein the movement mechanism is further configured to enable changing the positions of the nozzle group and the sensor group along the front-rear and right-left directions perpendicular to each other on the horizontal plane which is perpendicular to the direction of gravity.
A hydraulic circuit comprising a high-pressure circuit, a low-pressure circuit, a tank, equipment such as a system generating the high pressure, a pressure accumulator and a receiver, connected to the high-pressure circuit and to the low-pressure circuit, and a booster system comprising a pump removing the fluid in the tank to supply the low-pressure circuit so as to maintain a minimum pressure there, characterised in that it comprises a vacuum drawing means on the high-pressure circuit, a non-return communication valve arranged between the low-pressure and high-pressure circuits permitting the passage to the high pressure, and a means for locking the pump.
Device for extracting a supply signal from a bus signal on a bus having a first and a second wire (5, 6) which device is provided with a first input and a second input intended for connection to the first and second wire of the bus, wherein the device has an impedance between the first and second input, which device comprises: - a conversion circuit (420, 421); (520, 521) adapted and connected to the first and second inputs (431, 432) such that a current ( Ibus) is extracted from the bus for the purpose of providing a voltage signal (V 2) to a linear or switching power supply converter;; characterized in that the device further comprises: - a compensation circuit (423, 424); (523, 524) adapted to decrease the impedance when the current extracted from the bus falls below a determined threshold, such that this drop in current is at least partially compensated; wherein the compensation circuit comprises: - a measuring circuit; for generating a measurement signal which is a function of the current extracted from the bus; and - a load circuit; which is coupled to the measuring circuit and which is connected to the first and second inputs such that a dummy load is created between the first and the second input (431, 432) as a function of the value of the measurement signal. - a conversion circuit (420, 421); (520, 521) adapted and connected to the first and second inputs (431, 432) such that a current ( Ibus) is extracted from the bus for the purpose of providing a voltage signal (V 2) to a linear or switching power supply converter;; characterized in that the device further comprises: - a compensation circuit (423, 424); (523, 524) adapted to decrease the impedance when the current extracted from the bus falls below a determined threshold, such that this drop in current is at least partially compensated; wherein the compensation circuit comprises: - a measuring circuit; for generating a measurement signal which is a function of the current extracted from the bus; and - a load circuit; which is coupled to the measuring circuit and which is connected to the first and second inputs such that a dummy load is created between the first and the second input (431, 432) as a function of the value of the measurement signal.
Wall, ceiling or roof element connection with a first and a second bar-, beam- or plate-shaped wooden component (1, 2) and a pin arranged on the first wooden component, by means of which the first wooden component can be connected to the second wooden component, wherein the pin has a cross-section widening from an inner connection surface facing the first wooden component to an outer front surface facing the second wooden component, and a recess or notch arranged directly in the second wooden component having an insertion section for inserting the pin and a holding section with a cross-section adapted to the outer contour of the pin for holding the pin, the cross-section is inwardly widening from a front-face exterior surface of the second component, wherein the pin being fastened to the first wooden component by means of a releasable screw or pin connection, characterized in that an elevation for positive engagement in a corresponding depression on the first component is provided on the inner connection surface of the pin facing the first wooden component.
A hybrid-electric propulsion system for an aircraft, the system comprising: a propulsor assembly; a turbomachine comprising a high pressure system including a high pressure turbine drivingly coupled to a high pressure compressor through a high pressure spool; an auxiliary power unit operably coupled with a starter motor; an electrical system comprising a first electric machine coupled to the turbomachine, the first electric machine separate from the starter motor; and a controller configured to provide electrical power from an electric power source to the first electric machine to drive the first electric machine to start, or assist with starting, the turbomachine and hence being configured to at least partially prevent a drop in an acceleration of the high pressure system of the turbomachine when the starter motor is deactivated. a propulsor assembly; a turbomachine comprising a high pressure system including a high pressure turbine drivingly coupled to a high pressure compressor through a high pressure spool; an auxiliary power unit operably coupled with a starter motor; an electrical system comprising a first electric machine coupled to the turbomachine, the first electric machine separate from the starter motor; and a controller configured to provide electrical power from an electric power source to the first electric machine to drive the first electric machine to start, or assist with starting, the turbomachine and hence being configured to at least partially prevent a drop in an acceleration of the high pressure system of the turbomachine when the starter motor is deactivated.
A method of manufacturing a downhole conduit segment comprising: extruding a material as a tubular shape to form a body of the conduit segment having an interior bore extending through a length of the segment, the body including an exterior surface and an interior surface defined by the interior bore, the material being an extrudable material sufficient to withstand conditions in a downhole environment; and extruding at least one passageway (24, 38) as being an elongated channel extending along the length of the body at the interior surface and disposed at least partially between the exterior surface and the interior surface, characterised in that said at least one passageway (24, 38) has a cross-sectional dovetail shape that increases in width from the interior surface toward an interior of a segment wall between the exterior surface and the interior surface, such that lateral movement of a conductor disposed within the passageway (24, 38) is restricted. extruding a material as a tubular shape to form a body of the conduit segment having an interior bore extending through a length of the segment, the body including an exterior surface and an interior surface defined by the interior bore, the material being an extrudable material sufficient to withstand conditions in a downhole environment; and extruding at least one passageway (24, 38) as being an elongated channel extending along the length of the body at the interior surface and disposed at least partially between the exterior surface and the interior surface, characterised in that said at least one passageway (24, 38) has a cross-sectional dovetail shape that increases in width from the interior surface toward an interior of a segment wall between the exterior surface and the interior surface, such that lateral movement of a conductor disposed within the passageway (24, 38) is restricted.
A scanning device, wherein the scanning device comprises: a processor; an aimer for generating an aimer pattern; and a memory that stores executable instructions that, when executed by the processor, cause the processor to: decode a first image frame of first image data captured using the scanning device, wherein the first image frame is related to an object associated with a barcode; capture, using the scanning device, a second image frame of second image data related to the object associated with the barcode, wherein the second image frame comprises the aimer pattern generated by the aimer of the scanning device; characterized in that the executable instructions, when executed by the processor, further cause the processor to: determine a location of the aimer pattern in the second image frame based on a motion transform correlation between the barcode in the first image frame and the aimer pattern in the second image frame; and calibrate an aiming position of the aimer based on the location of the aimer pattern determined by the motion transform correlation. a processor; an aimer for generating an aimer pattern; and a memory that stores executable instructions that, when executed by the processor, cause the processor to: decode a first image frame of first image data captured using the scanning device, wherein the first image frame is related to an object associated with a barcode; capture, using the scanning device, a second image frame of second image data related to the object associated with the barcode, wherein the second image frame comprises the aimer pattern generated by the aimer of the scanning device; characterized in that the executable instructions, when executed by the processor, further cause the processor to: determine a location of the aimer pattern in the second image frame based on a motion transform correlation between the barcode in the first image frame and the aimer pattern in the second image frame; and calibrate an aiming position of the aimer based on the location of the aimer pattern determined by the motion transform correlation. decode a first image frame of first image data captured using the scanning device, wherein the first image frame is related to an object associated with a barcode; capture, using the scanning device, a second image frame of second image data related to the object associated with the barcode, wherein the second image frame comprises the aimer pattern generated by the aimer of the scanning device; characterized in that the executable instructions, when executed by the processor, further cause the processor to: determine a location of the aimer pattern in the second image frame based on a motion transform correlation between the barcode in the first image frame and the aimer pattern in the second image frame; and calibrate an aiming position of the aimer based on the location of the aimer pattern determined by the motion transform correlation.