mhurhangee/ep-ind-claims huggingface dataset:
A system (100, 300, 400) for detecting breakage of a gas turbine shaft, comprising: a magnetic circuit (104, 302, 402), forming one or more closed loop paths containing a magnetic flux, comprising a first magnetic portion (110, 304) and a second portion (112, 404), and including at least one air gap between the first portion and the second portion; characterised in that the system further comprises: a detection coil wound around the first magnetic portion, the first magnetic portion comprising a permanent magnet or an electromagnet; wherein, the second portion is coupled to or moveable with the shaft to reduce the air gap, on axial movement of the shaft, to change the reluctance of the magnetic circuit and thereby induce a voltage in the coil. a detection coil wound around the first magnetic portion, the first magnetic portion comprising a permanent magnet or an electromagnet; wherein, the second portion is coupled to or moveable with the shaft to reduce the air gap, on axial movement of the shaft, to change the reluctance of the magnetic circuit and thereby induce a voltage in the coil.
A silybin injection, characterized by containing silybin, sulfobutylether-β-cyclodextrin, an organic solvent for injection and a cosolvent, wherein the cosolvent is selected from one or more of distearoyl phosphatidylethanolamine-polyethylene glycol 2000, distearoyl phosphatidylethanolamine-polyethylene glycol 5000, Tween 80, cremophor RH and poloxamer 188.
A method for updating software on an electronic device, comprising: obtaining a software module at a host, said software module comprising at least a payload, and a signature pertaining to said payload; performing at said host a first verification (202, 401) of said software module; transmitting (206, 405) said software module from said host to said electronic device if said first verification (202, 401) is successful; performing at said electronic device a second verification of said software module, said second verification comprising validating said signature using a public key in said electronic device; and acting upon said payload at said electronic device if said second verification is successful; characterized in that said first verification (202, 401) comprises checking the correctness of the internal structure of said software module. obtaining a software module at a host, said software module comprising at least a payload, and a signature pertaining to said payload; performing at said host a first verification (202, 401) of said software module; transmitting (206, 405) said software module from said host to said electronic device if said first verification (202, 401) is successful; performing at said electronic device a second verification of said software module, said second verification comprising validating said signature using a public key in said electronic device; and
A method of screening for risk of 5-fluorouracil toxicity in a subject, comprising screening the subject for the presence of TYMS polymorphism rs2612091; wherein: i. the presence of said polymorphism indicates an increased risk of developing FU toxicity compared to a subject which does not possess said polymorphism; and ii. a negative result indicates a decreased risk of developing FU toxicity compared to a subject which possesses said polymorphism. i. the presence of said polymorphism indicates an increased risk of developing FU toxicity compared to a subject which does not possess said polymorphism; and ii. a negative result indicates a decreased risk of developing FU toxicity compared to a subject which possesses said polymorphism.
Method for manufacturing a spark plug having a body, a centre electrode and at least one ground electrode which define in between a discharge gap for the spark, wherein the centre electrode and the ground electrode each comprise a noble metal reinforcement which are provided and subsequently mounted on the components of the spark plug, and wherein the body is received in a calibrated height, the ground electrode is aligned, a noble metal piece is supplied to the surface of the ground electrode facing the spark, the noble metal piece is positioned in the middle of the width of the ground electrode, a particular length of the noble metal piece is resistance-welded, the noble metal piece is embossed flat, the particular length of the noble metal piece is laser-welded, the ground electrode is cut to its length, the length of the sealing shoulder of the insulator to the tip of the centre electrode is measured, the insulator is allocated to the body upon calculation and selective allocation of different thicknesses of the interior sealing ring, an interior sealing ring and the insulator are incorporated into the body upon which beading and shrinking is conducted, the ground electrode is calibrated in the direction of its width, the ground electrode is calibrated in the direction towards its front edge and the ground electrode is calibrated in the direction of the electrode gap such that the noble metal reinforcements of the ground electrode and the centre electrode comprise an overlap of the noble metal areas of at least 90% relative to the smaller noble metal area, if applicable.
Scraping tool comprising: - an elongated body extending longitudinally between a first end, connectable to a rotary tool, and a second end; said body being provided with a longitudinal central hole and a transverse through hole proximal to said second end with respect to said first end; - two blades slidably housed in said transverse hole; - centrifugal actuation means configured to move the blades in conjunction with a rotation of the elongated body between a receiving position and an operating position, wherein said centrifugal actuation means comprises two tabs or rods extending longitudinally between a first end, proximal to the first end of the elongated body and pivoted in the elongated body, and a second end pivoted in a respective blade and wherein said centrifugal actuation means are designed in such a way that the tabs or rods open due to the centrifugal force; characterized in that: - said two blades overlap to each other and have each a central hole defining the cutting edge of the blade, - in the receiving position the blades are positioned so that the central holes present a maximum overlap area, - in the operating position the two blades are shifted away from each other along the same sliding direction so that the central holes have a reduced overlap area and the walls of the central holes come into contact with a conductor inserted therein, wherein the opening of the tabs or rods due to the centrifugal force shifts the blades in the operating position. - an elongated body extending longitudinally between a first end, connectable to a rotary tool, and a second end; said body being provided with a longitudinal central hole and a transverse through hole proximal to said second end with respect to said first end; - two blades slidably housed in said transverse hole; - centrifugal actuation means configured to move the blades in conjunction with a rotation of the elongated body between a receiving position and an operating position, - said two blades overlap to each other and have each a central hole defining the cutting edge of the blade, - in the receiving position the blades are positioned so that the central holes present a maximum overlap area, - in the operating position the two blades are shifted away from each other along the same sliding direction so that the central holes have a reduced overlap area and the walls of the central holes come into contact with a conductor inserted therein,
An apparatus for circulating a coolant in a turbocharger to prevent noise made by a coolant flowing into the turbocharger, comprising: a first coolant line for supplying the coolant to the turbocharger from a water pump driven by an engine, and configured to form a first flow resistance member to increase flow resistance to the coolant flowing through the first coolant line, the apparatus further comprises a second coolant line for circulating the coolant from the turbocharger to the engine and a second flow resistance member that is disposed in the second coolant line and increases flow resistance against the coolant flowing through the second coolant line, wherein the second flow resistance member includes an orifice that has an inner diameter smaller than an inner diameter of the second coolant line and is disposed at an end of the second coolant line, characterized in that by means of the first coolant line and the second coolant line the coolant is structurally stopped from flowing into the high-temperature turbocharger in an idling state of the engine when a vehicle is started again. a first coolant line for supplying the coolant to the turbocharger from a water pump driven by an engine, and configured to form a first flow resistance member to increase flow resistance to the coolant flowing through the first coolant line, the apparatus further comprises a second coolant line for circulating the coolant from the turbocharger to the engine and a second flow resistance member that is disposed in the second coolant line and increases flow resistance against the coolant flowing through the second coolant line, wherein the second flow resistance member includes an orifice that has an inner diameter smaller than an inner diameter of the second coolant line and is disposed at an end of the second coolant line, characterized in that by means of the first coolant line and the second coolant line the coolant is structurally stopped from flowing into the high-temperature turbocharger in an idling state of the engine when a vehicle is started again.
A method comprising: chronically monitoring an indicator of blood electrolyte concentration or blood pH via an implanted sensor device; and determining an appropriate electrolyte concentration or buffer concentration for a fluid to be used in a blood fluid removal session based on the monitored indicator; and further comprising transmitting data regarding the monitored indicator to a blood fluid removal device, or control electronics configured to control a blood fluid removal device, wherein the blood fluid removal device or control electronics is adapted to determine the appropriate electrolyte concentration or buffer concentration and to control flow of a concentrate from one or more concentrate sources of the blood fluid removal device into the fluid to achieve the appropriate concentration. chronically monitoring an indicator of blood electrolyte concentration or blood pH via an implanted sensor device; and determining an appropriate electrolyte concentration or buffer concentration for a fluid to be used in a blood fluid removal session based on the monitored indicator; and further comprising transmitting data regarding the monitored indicator to a blood fluid removal device, or control electronics configured to control a blood fluid removal device, wherein the blood fluid removal device or control electronics is adapted to determine the appropriate electrolyte concentration or buffer concentration and to control flow of a concentrate from one or more concentrate sources of the blood fluid removal device into the fluid to achieve the appropriate concentration.
A stent delivery system comprising: a distal-side tube having a guide wire lumen; a proximal-side tube; a fixing tube to which a proximal portion of the distal-side tube and a distal portion of the proximal-side tube are fixed so as not to close a rear end opening of the distal-side tube; a stent containing tubular member which encloses the distal side of the distal-side tube and which is slidable toward the proximal end of the distal-side tube; a stent contained in the stent containing tubular member; and at least one pulling wire which has one end section fixed to the stent containing tubular member, extends inside the proximal-side tube and serves for moving the stent containing tubular member toward the proximal side by pulling thereof toward the proximal end of the proximal-side tube, wherein the stent is formed in a substantially cylindrical shape, is contained in the stent containing tubular member in the state of being compressed toward a center axis thereof, and can be expanded outward when released from the stent containing tubular member, the distal-side tube includes a stent proximal end lock section which is located on the distal side of the distal-side tube and which abuts on the proximal end of the stent contained in the stent containing tubular member so as to restrict movement of the stent toward the proximal side, characterized by a distal-side priming slit provided in a side wall in proximity to the stent proximal end lock section, and a proximal-side priming slit provided in a side wall on the proximal side of the distal-side tube, and the distal-side priming slit and the proximal-side priming slit are adapted to be opened by injecting liquid into the guide wire lumen, with a distal opening or a rear end opening of the guide wire lumen closed; wherein the distal-side priming slit and the proximal-side priming slit are normally in a substantially closed state.
A sustained release injectable composition, comprising a poorly water-soluble kinase inhibitor dissolved in a water-miscible organic solvent, wherein: the concentration of the kinase inhibitor in the composition is at least 200 μg/mL; and the concentration of the kinase inhibitor in the composition is at least 100 times higher than the solubility of the kinase inhibitor in water at 37°C. the concentration of the kinase inhibitor in the composition is at least 200 μg/mL; and the concentration of the kinase inhibitor in the composition is at least 100 times higher than the solubility of the kinase inhibitor in water at 37°C.
A bitstream of coded video data comprising: a sequence parameter set, SPS, and one or more sub-pictures partitioned from a picture; characterized in that: wherein the SPS comprises a sub-picture identifier, ID, a sub-picture size and a sub-picture location for each of the one or more sub-pictures partitioned from the picture, wherein the SPS further comprises num_subpicture_minusl, wherein the num_subpicture_minus1 plus 1 specifies the number of the one or more sub-pictures partitioned from the picture.
Device with touch surface with projected capacitive detection comprising a matrix touchscreen comprising a plurality of conductive rows and of conductive columns, said screen being linked to electronic control means (E LG, E LD, E C) generating, for each conductive row and for each conductive column, transmission signals and electronic means for receiving and analysing the reception signals from each conductive row and each conductive column, characterized in that each row comprises, at one of its ends, first means for generating (E LG) a first transmission signal and first means for receiving a first reception signal and, at its opposite end, second means for generating (E LD) a second transmission signal and second means for receiving a second reception signal, the first transmission signal and the second transmission signal being synchronous, having the same frequency, the same amplitude and the same phase.
An apparatus for fabricating a refrigerator with base materials provided as plate members (10, 20) constituting the refrigerator and a thin plate capable of resisting heat conduction, the apparatus comprising: a laser source for providing a laser beam; a jig comprising a base configured to support the base material and the thin plate, and a cover (113, 114) provided opposite to the base, wherein the jig is configured to enable the base material and the thin plate to be welded to each other by being irradiated with the laser beam applied from the laser source; and a vacuum pump for applying a vacuum pressure to the jig, characterized in that the base comprises a groove configured to receive the thin plate and through which the vacuum pressure is applicable to the thin plate such that a force pulls the thin plate into the groove. a laser source for providing a laser beam; a jig comprising a base configured to support the base material and the thin plate, and a cover (113, 114) provided opposite to the base, wherein the jig is configured to enable the base material and the thin plate to be welded to each other by being irradiated with the laser beam applied from the laser source; and a vacuum pump for applying a vacuum pressure to the jig, characterized in that the base comprises a groove configured to receive the thin plate and through which the vacuum pressure is applicable to the thin plate such that a force pulls the thin plate into the groove.
An ink composition comprising: (a) a solvent; (b) a colorant particle dispersed in the solvent; and (c) a resin component dissolved in the solvent, wherein the colorant particle comprises a polymer particle having an outer surface or a coating comprising a pigment or a dye, and the viscosity of the ink composition at 25°C is less than 40 centipoises (cps). (a) a solvent; (b) a colorant particle dispersed in the solvent; and (c) a resin component dissolved in the solvent,
Aclidinium or any of its stereoisomers or mixture of stereoisomers, or a pharmaceutically acceptable salt or solvate thereof, for use in increasing physical activity in daily life in a patient suffering from chronic obstructive pulmonary disease.
Drive system for an aircraft, comprising - an electrical generator, - an internal combustion engine with a gas expansion turbine, - wherein the generator has a rotor mounted rotatably by means of a rotor shaft, - wherein the gas expansion turbine is mounted rotatably by means of a turbine shaft, - wherein rotor shaft and turbine shaft are arranged so as to be couplable in torque-transmitting fashion such that the internal combustion engine can deliver mechanical energy for the generator, - wherein at least one component (17, 19) of the generator is arranged at least partially in or at a supply air stream of the internal combustion engine, characterized in that the component (17, 19) is the rotor and/or a stator of the electrical generator, - and the supply air stream of the internal combustion engine is divided into multiple partial paths, and the rotor and/or stator is arranged at least partially in or at one of said partial paths, - and the partial paths of the supply air stream are formed as separate air channels with separately controllable air streams. - an electrical generator, - an internal combustion engine with a gas expansion turbine, - wherein the generator has a rotor mounted rotatably by means of a rotor shaft, - wherein the gas expansion turbine is mounted rotatably by means of a turbine shaft, - wherein rotor shaft and turbine shaft are arranged so as to be couplable in torque-transmitting fashion such that the internal combustion engine can deliver mechanical energy for the generator, - wherein at least one component (17, 19) of the generator is arranged at least partially in or at a supply air stream of the internal combustion engine, characterized in that the component (17, 19) is the rotor and/or a stator of the electrical generator, - and the supply air stream of the internal combustion engine is divided into multiple partial paths, and the rotor and/or stator is arranged at least partially in or at one of said partial paths, - and the partial paths of the supply air stream are formed as separate air channels with separately controllable air streams.
A method for testing a propeller feathering function, the method comprising: monitoring a rotational speed over time of propeller blades of an aircraft; commanding an angle change of the propeller blades; characterized in that commanding the angle change of the propeller blades is done automatically and in that said method further comprises: comparing a post-angle change rotational speed of the propeller blades to an expected rotational speed without the commanded angle change and obtaining a rotational speed difference; and issuing a test passed signal when the rotational speed difference exceeds a threshold and a test failed signal when the rotational speed difference does not exceed the threshold. monitoring a rotational speed over time of propeller blades of an aircraft; commanding an angle change of the propeller blades; characterized in that commanding the angle change of the propeller blades is done automatically and in that said method further comprises: comparing a post-angle change rotational speed of the propeller blades to an expected rotational speed without the commanded angle change and obtaining a rotational speed difference; and issuing a test passed signal when the rotational speed difference exceeds a threshold and a test failed signal when the rotational speed difference does not exceed the threshold. comparing a post-angle change rotational speed of the propeller blades to an expected rotational speed without the commanded angle change and obtaining a rotational speed difference; and issuing a test passed signal when the rotational speed difference exceeds a threshold and a test failed signal when the rotational speed difference does not exceed the threshold.
Detachable handle for a receptacle used for cooking food comprising a lateral panel, said handle comprising: - a handle body, - fastening means connected to the cooking receptacle and detachable therefrom, - an electrical and/or electromagnetic device housed in the handle body, - a source of rechargeable electrical energy supplying an electrical current to the electric and/or electromagnetic device, characterised in that it comprises: - means of electromagnetic connection attached to the rechargeable electrical energy source and electromagnetically connectable to an external electrical power source at the handle to enable it to be recharged by a rechargeable electrical energy source. - a handle body, - fastening means connected to the cooking receptacle and detachable therefrom, - an electrical and/or electromagnetic device housed in the handle body, - a source of rechargeable electrical energy supplying an electrical current to the electric and/or electromagnetic device, - means of electromagnetic connection attached to the rechargeable electrical energy source and electromagnetically connectable to an external electrical power source at the handle to enable it to be recharged by a rechargeable electrical energy source.
A hot rolled steel having a composition comprising the following elements, expressed in percentage by weight: 15 % < Nickel < 25 % 6 % < Cobalt < 12% 2% < Molybdenum < 6% 0.1 % < Titanium < 1 % 0.0001 % < Carbon < 0.03% 0.002 % < Phosphorus < 0.02 % 0% < Sulfur < 0.005 %. 0 % < Nitrogen < 0.01 % and can contain one or more of the following optional elements 0% < Aluminum < 0.1 % 0% < Niobium < 0.1 % 0% < Vanadium < 0.3% 0% < Copper < 0.5% 0% < Chromium < 0.5% 0% < Boron< 0.001 % 0% < Magnesium < 0.0010% the remainder composition being composed of iron and unavoidable impurities caused by processing, the microstructure of said steel sheet comprising in area fraction, 20% to 40% Tempered Martensite, at least 60% of Reverted Austenite and inter-metallic compounds of Molybdenum, Titanium and Nickel. 15 % < Nickel < 25 % 6 % < Cobalt < 12% 2% < Molybdenum < 6% 0.1 % < Titanium < 1 % 0.0001 % < Carbon < 0.03% 0.002 % < Phosphorus < 0.02 % 0% < Sulfur < 0.005 %. 0 % < Nitrogen < 0.01 % and can contain one or more of the following optional elements 0% < Aluminum < 0.1 % 0% < Niobium < 0.1 % 0% < Vanadium < 0.3% 0% < Copper < 0.5% 0% < Chromium < 0.5% 0% < Boron< 0.001 % 0% < Magnesium < 0.0010%