mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine washing tool for washing an engine core, the washing tool comprising: a fluid connector, configured to be connected to a supply of engine washing fluid; at least one nozzle, in fluid communication with the fluid connector and configured to direct the engine washing fluid into the engine core of the gas turbine engine; a fan blade fixture, configured in use to engage with a fan blade of the gas turbine engine and fix the position of the washing tool relative to the fan blade; and a second fixture, configured in use to engage with a part of the gas turbine engine that does not rotate about the axis of the gas turbine engine and fix the position of the washing tool relative to said part of the gas turbine engine characterised in that the fan blade fixture comprises at least one of a first engaging hook configured when in use to engage with the leading edge of a fan blade when the fan blade fixture engages with the fan blade and a second engaging hook configured when in use to engage with the trailing edge of a fan blade when the fan blade fixture engages with the fan blade. a fluid connector, configured to be connected to a supply of engine washing fluid; at least one nozzle, in fluid communication with the fluid connector and configured to direct the engine washing fluid into the engine core of the gas turbine engine; a fan blade fixture, configured in use to engage with a fan blade of the gas turbine engine and fix the position of the washing tool relative to the fan blade; and a second fixture, configured in use to engage with a part of the gas turbine engine that does not rotate about the axis of the gas turbine engine and fix the position of the washing tool relative to said part of the gas turbine engine characterised in that the fan blade fixture comprises at least one of a first engaging hook configured when in use to engage with the leading edge of a fan blade when the fan blade fixture engages with the fan blade and a second engaging hook configured when in use to engage with the trailing edge of a fan blade when the fan blade fixture engages with the fan blade.
A recombinant meganuclease that recognizes and cleaves a recognition sequence consisting of SEQ ID NO: 2 within the human beta-2 microglobulin gene, wherein said recombinant meganuclease comprises a first subunit and a second subunit, wherein said first subunit binds to a first recognition half-site of said recognition sequence and wherein said second subunit binds to a second recognition half-site of said recognition sequence, and wherein said recombinant meganuclease comprises an amino acid sequence having at least 97% sequence identity to SEQ ID NO: 12.
A polarizing structure comprising: - a polarizing film; - a protective film provided on at least one face of the polarizing film with an adhesive layer, wherein said adhesive layer is a glyoxal-based adhesive layer, at least one face of said protective film oriented towards said polarizing film further comprises an adhesion primer structure, said protective film is chosen from PC and PMMA; and said glyoxal-based adhesive layer is obtained from a glyoxal water solution comprising: - between 3% and 40% by weight of glyoxal, - between 2% and 6% by weight of polyvinyl alcohol (PVOH) polymer, - less than 1% by weight of a pH adjusting compound; and - the remainder water, the PVOH polymer being present in an amount less than or equal to the amount of glyoxal. - a polarizing film; - a protective film provided on at least one face of the polarizing film with an adhesive layer, - between 3% and 40% by weight of glyoxal, - between 2% and 6% by weight of polyvinyl alcohol (PVOH) polymer, - less than 1% by weight of a pH adjusting compound; and - the remainder water,
A secure computation system comprising three or more secure computation devices (1 1,..., 1 n) for generating a secure text array <b> having m elements by reading out elements whose positions are x+i 0,..., x+i m-1 from a secure text array <a> having n elements while concealing x, wherein x is an integer that is equal to or higher than 0 and less than n, i 0,..., i m-1 are integers that are equal to or higher than 0 and less than n, each of the secure computation device (1 1,..., 1 n) comprises: an input part that receives a secret share of the secure text array <a>=(<a > <a[n-1]>) where an array a=(a, a,..., a[n-1]) having a size of n is secured by secret sharing, a secret share of a secure text <x> where the integer x is secured by secret sharing, and the integers i 0,..., i m-1; a secure shift part that secure-shifts the secure text array <a> by <x> to obtain a secure text array <a'>=(<a' > <a'[n-1]>) where an array a'=(a' a'[n-1]) obtained by shifting leftward the array a by x is secured by secret sharing, characterized in that x is an absolute position of the element to be read out in the array a, i 0,..., i m-1 are relative positions of the elements to be read out from x in the array a, and each of the secure computation device (1 1,..., 1 n) further comprises an array generation part that generates the secure text array <b>=(<a'[i 0]>,..., <a'[i m-1]>) from the secure text array <a'>. an input part that receives a secret share of the secure text array <a>=(<a > <a[n-1]>) where an array a=(a, a,..., a[n-1]) having a size of n is secured by secret sharing, a secret share of a secure text <x> where the integer x is secured by secret sharing, and the integers i 0,..., i m-1; a secure shift part that secure-shifts the secure text array <a> by <x> to obtain a secure text array <a'>=(<a' > <a'[n-1]>) where an array a'=(a' a'[n-1]) obtained by shifting leftward the array a by x is secured by secret sharing, characterized in that x is an absolute position of the element to be read out in the array a, i 0,..., i m-1 are relative positions of the elements to be read out from x in the array a, and each of the secure computation device (1 1,..., 1 n) further comprises an array generation part that generates the secure text array <b>=(<a'[i 0]>,..., <a'[i m-1]>) from the secure text array <a'>.
An underwater vehicle comprising: a shaped casing elongated in the axial direction and designed to move in an underwater environment under the thrust of propulsion means housed inside the casing and powered by power generator means also housed inside the casing, wherein the shaped casing comprises at least one tubular portion, in particular a cylindrical portion, having a structural function; said tubular portion being lapped externally by seawater; characterized in that said tubular portion defining at least one channel delimited by ribs that extend along a helical path coaxial to said axis; said channel extends along said helical path between a fluid inlet (22-a) provided in close proximity to a first end of the tubular portion and a fluid outlet (22-b) provided in close proximity to a second end of the tubular portion; said tubular portion forming a heat exchanger between the fluid that flows in said channel and the seawater that laps the outside of said tubular portion. a shaped casing elongated in the axial direction and designed to move in an underwater environment under the thrust of propulsion means housed inside the casing and powered by power generator means also housed inside the casing, wherein the shaped casing comprises at least one tubular portion, in particular a cylindrical portion, having a structural function; said tubular portion being lapped externally by seawater; characterized in that said tubular portion defining at least one channel delimited by ribs that extend along a helical path coaxial to said axis; said channel extends along said helical path between a fluid inlet (22-a) provided in close proximity to a first end of the tubular portion and a fluid outlet (22-b) provided in close proximity to a second end of the tubular portion; said tubular portion forming a heat exchanger between the fluid that flows in said channel and the seawater that laps the outside of said tubular portion.
A domer positioning system for dynamically positioning a domer relative to a punch in a can forming machine, said punch being an elongated, cylindrical body disposed at the distal end of a ram, said ram having a body with a longitudinal axis and a distal end, said ram body structured to reciprocate between a retracted position and an extended position, said punch extending and moving generally horizontally through a die assembly, said die assembly having at least one die with an opening therein, said domer having a body with a cavity defining a dome, said cavity having a center, said domer positioning system comprising: a punch position sensor assembly structured to determine the moving configuration of said punch, said punch position sensor assembly further structured to provide a punch moving configuration signal; said punch moving configuration signal including data representing said punch moving configuration; a control system structured to receive said punch moving configuration signal, calculate the position of said punch when said ram body is in said extended position, and to provide a domer target position signal; said domer target position signal including data representing a target position for said domer; and a domer positioning assembly structured to support said domer body, to receive said domer target position signal and to translate said domer body in a plane extending substantially perpendicular to said ram body longitudinal axis to be in said target position. a punch position sensor assembly structured to determine the moving configuration of said punch, said punch position sensor assembly further structured to provide a punch moving configuration signal; said punch moving configuration signal including data representing said punch moving configuration; a control system structured to receive said punch moving configuration signal, calculate the position of said punch when said ram body is in said extended position, and to provide a domer target position signal; said domer target position signal including data representing a target position for said domer; and a domer positioning assembly structured to support said domer body, to receive said domer target position signal and to translate said domer body in a plane extending substantially perpendicular to said ram body longitudinal axis to be in said target position.
A method, implemented in an electronic component, of managing codes associated with security countermeasures, the method being characterized in that two different versions of instructions correspond to at least one code and in that said code (204; 304) is executed dynamically by executing one or the other of the two versions as a function of at least one parameter associated with a detector device detecting at least one attack.
Refrigerator with a housing, comprising an interior panel made of plastic encased in a thermal-insulating material, which has a cup-shaped recess oriented towards the thermal-insulating material, and a reinforcing body embedded in the thermal-insulating material, which has at least one receiving portion which can be fastened to the recess, and a fastening portion which is connected to the receiving portion, which has a premanufactured hole for the insertion of fastening means in the form of screws for holding components in the interior panel onto the side opposing the thermal-insulating material, characterised in that, the recess has at least one protrusion on its outer surface onto which the receiving portion latches in a positive-fit manner.
A liquid-crystal display panel, comprising: a display region and a non-display region surrounding the display region; a first base, including a first substrate, and a plurality of gate lines, a plurality of data lines, and a plurality of sub-pixels, disposed on the first substrate, wherein the plurality of sub-pixels are disposed in the display region; a second base, including a second substrate; and a liquid-crystal layer, disposed between the first base and the second base; characterized in that, the liquid-crystal display panel further comprises: multiple pairs of heating power terminals, disposed in the non-display region, and each pair including a first heating power terminal and a second heating power terminal; wherein the first heating power terminal is adapted to output a voltage which is higher than a voltage output by the second heating power terminal; and a plurality of heating electrodes, disposed between the first substrate and the second substrate and used to heat the liquid-crystal layer, wherein two ends of each heating electrode are connected to the first heating power terminal and the second heating power terminal of a corresponding pair of heating power terminals, respectively. a display region and a non-display region surrounding the display region; a first base, including a first substrate, and a plurality of gate lines, a plurality of data lines, and a plurality of sub-pixels, disposed on the first substrate, wherein the plurality of sub-pixels are disposed in the display region; a second base, including a second substrate; and a liquid-crystal layer, disposed between the first base and the second base; characterized in that, the liquid-crystal display panel further comprises: multiple pairs of heating power terminals, disposed in the non-display region, and each pair including a first heating power terminal and a second heating power terminal; wherein the first heating power terminal is adapted to output a voltage which is higher than a voltage output by the second heating power terminal; and a plurality of heating electrodes, disposed between the first substrate and the second substrate and used to heat the liquid-crystal layer, wherein two ends of each heating electrode are connected to the first heating power terminal and the second heating power terminal of a corresponding pair of heating power terminals, respectively. multiple pairs of heating power terminals, disposed in the non-display region, and each pair including a first heating power terminal and a second heating power terminal; wherein the first heating power terminal is adapted to output a voltage which is higher than a voltage output by the second heating power terminal; and a plurality of heating electrodes, disposed between the first substrate and the second substrate and used to heat the liquid-crystal layer, wherein two ends of each heating electrode are connected to the first heating power terminal and the second heating power terminal of a corresponding pair of heating power terminals, respectively.
A robotic cleaning device comprising: a body; an actuator system configured to move the body across a surface; a first set of sensors configured to sense an actuation characteristic of the actuator system; a second set of sensors (112; 114) configured to sense a motion characteristic of the body, the first set of sensors being a different type of sensor than the second set of sensors; and a controller configured to: - receive data and/or measurements from the sensors, - estimate carpet drift based at least on the actuation characteristic sensed by the first set of sensors and the motion characteristic sensed by the second set of sensors; estimate a carpet drift vector (b; c) based at least on the actuation characteristic sensed by the first set of sensors and the motion characteristic sensed by the second set of sensors; the robotic device being configured to use the estimated carpet drift vector for compensating for carpet drift. a body; an actuator system configured to move the body across a surface; a first set of sensors configured to sense an actuation characteristic of the actuator system; a second set of sensors (112; 114) configured to sense a motion characteristic of the body, the first set of sensors being a different type of sensor than the second set of sensors; and a controller configured to: - receive data and/or measurements from the sensors, - estimate carpet drift based at least on the actuation characteristic sensed by the first set of sensors and the motion characteristic sensed by the second set of sensors; - receive data and/or measurements from the sensors, - estimate carpet drift based at least on the actuation characteristic sensed by the first set of sensors and the motion characteristic sensed by the second set of sensors; estimate a carpet drift vector (b; c) based at least on the actuation characteristic sensed by the first set of sensors and the motion characteristic sensed by the second set of sensors; the robotic device being configured to use the estimated carpet drift vector for compensating for carpet drift.
A method for preparation of a ready-to-infuse aqueous solution having a volume in the range of 90 ml to 270 ml of irinotecan as below Ingredient Quantity mg/mL Irinotecan hydrochloride, USP 0.2 mg - 2.0 mg Dextrose, USP (anhydrous) 40-50 mg Sorbitol, NF 2-5 mg Lactic acid, USP 0.01-0.1 mg Sodium hydroxide, NF and Hydrochloric acid, NF q.s. to adjust pH in the range of 3-5 Water for injection, USP q.s. to 1 mL q.s.=quantity sufficient the method comprising: • purging water for injection with nitrogen, • dissolving dextrose, sorbitol, lactic acid and irinotecan hydrochloride in the water for injection with stirring, • adjusting the pH in the range of to 3 to 5, • filtering the solution through membrane filter cartridge (0.2μm x 25.4cm) and filling the solution in a perfusion bag and stoppering the bag, • terminally sterilizing the stoppered perfusion bag via autoclaving, and wherein the material of construction of the perfusion bag is selected from polyolefin polymers, polyethylene, polypropylene; cyclo olefin polymers, cyclo olefin copolymers, polypropylene based polyolefin polymers; polycarbonates; modified polyolefin- polyethylene polymers or styrene-polyolefin based polymers and block co-polymers thereof. • purging water for injection with nitrogen, • dissolving dextrose, sorbitol, lactic acid and irinotecan hydrochloride in the water for injection with stirring, • adjusting the pH in the range of to 3 to 5, • filtering the solution through membrane filter cartridge (0.2μm x 25.4cm) and filling the solution in a perfusion bag and stoppering the bag, • terminally sterilizing the stoppered perfusion bag via autoclaving,
A system for processing foodstuff precursors into foodstuff, comprising: a chamber, with a first and second portion cooperatively defining a chamber lumen and a rotation axis, the chamber having an inlet and a radial extraction aperture, the chamber configured to receive foodstuff precursors within the chamber lumen, the chamber rotatable about the rotation axis; a reducer arranged within the chamber lumen; a processing shaft oriented within the chamber lumen along the rotation axis, the processing shaft rotatable about the rotation axis; a rotary drive mechanism selectively couplable to the processing shaft and to the chamber, allowing the system to operate in a first mode wherein the processing shaft is rotated at an angular velocity while the chamber is stationary relative to the processing shaft and a second mode wherein the chamber and the processing shaft both rotate. a chamber, with a first and second portion cooperatively defining a chamber lumen and a rotation axis, the chamber having an inlet and a radial extraction aperture, the chamber configured to receive foodstuff precursors within the chamber lumen, the chamber rotatable about the rotation axis; a reducer arranged within the chamber lumen; a processing shaft oriented within the chamber lumen along the rotation axis, the processing shaft rotatable about the rotation axis; a rotary drive mechanism selectively couplable to the processing shaft and to the chamber, allowing the system to operate in a first mode wherein the processing shaft is rotated at an angular velocity while the chamber is stationary relative to the processing shaft and a second mode wherein the chamber and the processing shaft both rotate.
Method for determining the position of a vehicle, wherein - high-accuracy localization data are ascertained for positions of the vehicle while travelling on a route, the high-accuracy localization data being ascertained by means of a digital map of the surroundings and sensor detection of landmarks entered in the digital map of the surroundings; - odometrical measured variables for the on-vehicle odometry of the vehicle are measured while travelling on the route; - the ascertained high-accuracy localization data and the measured odometrical measured variables are collectively evaluated; - characterized in that the on-vehicle odometry is continually corrected on the basis of the evaluation while high-accuracy localization data can be ascertained; and - the corrected on-vehicle odometry is used to determine the position of the vehicle in regions in which high-accuracy localization data cannot be ascertained. - high-accuracy localization data are ascertained for positions of the vehicle while travelling on a route, the high-accuracy localization data being ascertained by means of a digital map of the surroundings and sensor detection of landmarks entered in the digital map of the surroundings; - odometrical measured variables for the on-vehicle odometry of the vehicle are measured while travelling on the route; - the ascertained high-accuracy localization data and the measured odometrical measured variables are collectively evaluated; - characterized in that the on-vehicle odometry is continually corrected on the basis of the evaluation while high-accuracy localization data can be ascertained; and - the corrected on-vehicle odometry is used to determine the position of the vehicle in regions in which high-accuracy localization data cannot be ascertained.
Optically variable security element having a relief layer with a multiplicity of structurally identical optical individual elements, which respectively comprise an individual element surface that is divided into subsurfaces (61, 62) which have different directional reflectances, and the subsurfaces (61, 62) are split into groups in such a way that each group comprises one subsurface (61, 62) of an individual element surface and each group encodes an associated observation angle-dependent reflection pattern visible to the naked eye, and having at least one planar region which extends between the optical individual elements and comprises subregions (31, 32) having diffraction gratings that as a result of the predetermined directional illumination produce at least one observation angle-dependent diffraction pattern which is visible to the naked eye, characterized in that the observation angle-dependent reflection patterns and the at least one observation angle-dependent diffraction pattern produce observation angle-dependent overall patterns which are visible to the naked eye.