mhurhangee/patent-ind-claim-en huggingface dataset:
Electronic device for monitoring at least one avionics software application capable of being executed on a platform hosting an operating system offering services, the platform being intended to be carried on board an aircraft, the electronic monitoring device comprising: - an acquisition module configured to acquire respective values of first and second counters for each monitored software application , the first and second counters each being a counter of calls sent by the monitored software application to one or more services of the operating system , the first counter being incremented upon each successful call to a respective service and the second counter being incremented upon each failed call ; - a comparison module configured to compare the respective values of the first and second counters, acquired for each monitored software application , with respective first (S1) and second (S2) thresholds; and - a generation module configured to generate a warning signal in the event of detection of abnormal behavior of the monitored software application , corresponding to the first counter with a value lower than the first threshold (S1) during a predefined time period (T) and/or to the second counter with a value greater than the second threshold (S2). - an acquisition module configured to acquire respective values of first and second counters for each monitored software application , the first and second counters each being a counter of calls sent by the monitored software application to one or more services of the operating system , the first counter being incremented upon each successful call to a respective service and the second counter being incremented upon each failed call ; - a comparison module configured to compare the respective values of the first and second counters, acquired for each monitored software application , with respective first (S1) and second (S2) thresholds; and - a generation module configured to generate a warning signal in the event of detection of abnormal behavior of the monitored software application , corresponding to the first counter with a value lower than the first threshold (S1) during a predefined time period (T) and/or to the second counter with a value greater than the second threshold (S2).
A hand tool comprising: a hand-holdable body; a tool member coupled to the body; a field generator coupled to the body, the field generator operable to emit a field for detection by a sensor of a position-sensing system, the field permitting determination of the position of the sensor relative to the field generator ; and a correction unit configured to correct a position of the sensor based at least in part on the determined position of the sensor relative to an axis of the tool member and a fixed point on the tool member to which the field generator has a known spatial relationship, wherein the field generator is coupled to the body by an adjustable coupling permitting the field generator to be moved relative to the body and wherein the tool member has an axis of rotation and the coupling is configured to permit rotation of the field generator about the axis of rotation of the tool member , characterised in that the tool comprises a plurality of mounting couplings that are angularly spaced apart around the axis of rotation , and the field generator is detachably affixable to each of the plurality of mounting couplings. a hand-holdable body; a tool member coupled to the body; a field generator coupled to the body, the field generator operable to emit a field for detection by a sensor of a position-sensing system, the field permitting determination of the position of the sensor relative to the field generator ; and a correction unit configured to correct a position of the sensor based at least in part on the determined position of the sensor relative to an axis of the tool member and a fixed point on the tool member to which the field generator has a known spatial relationship, wherein the field generator is coupled to the body by an adjustable coupling permitting the field generator to be moved relative to the body and wherein the tool member has an axis of rotation and the coupling is configured to permit rotation of the field generator about the axis of rotation of the tool member , characterised in that the tool comprises a plurality of mounting couplings that are angularly spaced apart around the axis of rotation , and the field generator is detachably affixable to each of the plurality of mounting couplings.
A method of installing a gas and oil production vessel at an offshore well site, the method characterized by : a) towing the vessel to a well site with a ship , wherein the vessel is a sealed vessel; b) tilting the vessel into an upright position, with the top of the vessel oriented above the bottom of the vessel ; c) partially filling the vessel with seawater until the vessel is partially submerged; d) fixing the vessel to the seabed at a height above the seabed using pillars or cables , or a combination of pillars and cables ; e) connecting a pipe from the well to the bottom of the vessel to deliver field production to the vessel ; f) connecting production pipes at predetermined locations on the vessel for flowing oil and gas away from the vessel ; g) connecting pumps to the vessel to pump seawater into the vessel for purposes of pressurizing the vessel . a) towing the vessel to a well site with a ship , wherein the vessel is a sealed vessel; b) tilting the vessel into an upright position, with the top of the vessel oriented above the bottom of the vessel ; c) partially filling the vessel with seawater until the vessel is partially submerged; d) fixing the vessel to the seabed at a height above the seabed using pillars or cables , or a combination of pillars and cables ; e) connecting a pipe from the well to the bottom of the vessel to deliver field production to the vessel ; f) connecting production pipes at predetermined locations on the vessel for flowing oil and gas away from the vessel ; g) connecting pumps to the vessel to pump seawater into the vessel for purposes of pressurizing the vessel .
A journal supported hinge comprising a first leaf part and a second leaf part , which first leaf part comprises a first roll provided with a pivot journal , and which second leaf part comprises a second roll , into which the end of the pivot journal is to be placed, which first and second leaf parts further have openings , of which a portion of the openings of the first leaf part is provided with adjustment screws for lateral adjustment, wherein the journal supported hinge further comprises a base plate having a bottom plate and an edge projection , the edge projection and the bottom plate being same part, which bottom plate has openings , and on the side of one opening is a projection facing away from the first roll , the base plate being placed in connection with the first leaf part , the projection being bent to the side of the edge projection , which edge projection has an edge opening , which first leaf part has a second edge projection , which is to be placed in the edge opening of the base plate such that the projection is partially in one of the openings in the first leaf part, and there is a neck between said opening , into which the projection is to be placed, and the second edge projection , and the adjustment screws are against the bottom part , and the end of the projection partially in the opening in the first leaf part is to be placed against the side of the opening, the edge projection of the base plate , the second edge projection of the first leaf part and the projection being arranged to keep the base plate and the first leaf part together.
A satellite comprising: a satellite housing ; a temperature sensitive component carried by said satellite housing ; a thermal radiator carried by said satellite housing ; a thermal switch movable between a coupled state with said temperature sensitive component and said thermal radiator being thermally coupled, and a decoupled state with said temperature sensitive component and said thermal radiator being thermally decoupled; a heater adapted to heat the temperature sensitive component ; and a compressible thermal interface layer between said temperature sensitive component and said thermal radiator when said thermal switch is in the coupled state, characterized in that said compressible thermal interface layer comprises a thermally conductive pad including nanotubes. a satellite housing ; a temperature sensitive component carried by said satellite housing ; a thermal radiator carried by said satellite housing ; a thermal switch movable between a coupled state with said temperature sensitive component and said thermal radiator being thermally coupled, and a decoupled state with said temperature sensitive component and said thermal radiator being thermally decoupled; a heater adapted to heat the temperature sensitive component ; and a compressible thermal interface layer between said temperature sensitive component and said thermal radiator when said thermal switch is in the coupled state, characterized in that said compressible thermal interface layer comprises a thermally conductive pad including nanotubes.
A pressure output device for sensing blood pressure in a hemodialysis machine, the pressure output device comprising: a shell defining a shell interior; and a movable diaphragm disposed in the shell interior and separating the shell interior into a flow-through chamber defined by a lower portion of the shell and a first side of the diaphragm, and a pressure sensing chamber defined by an upper portion of the shell and a second side of the diaphragm, the second side being opposite the first side, the shell further defining a sensor port in fluid communication with the pressure sensing chamber, an inlet port in fluid communication with the flow-through chamber, and an outlet port in fluid communication with the flow-through chamber, wherein the inlet port and the outlet port define an inlet and an outlet, respectively, of a blood path through the flow-through chamber, and the lower portion of the shell has an interior wall and comprises a boss along the interior wall, which prevents the diaphragm from occluding flow through the blood path, characterized in that the boss comprises a diamond-shaped cross-section configured to minimize the potential for hemolysis due to occlusion of blood flow. a shell defining a shell interior; and a movable diaphragm disposed in the shell interior and separating the shell interior into a flow-through chamber defined by a lower portion of the shell and a first side of the diaphragm, and a pressure sensing chamber defined by an upper portion of the shell and a second side of the diaphragm, the second side being opposite the first side, the shell further defining a sensor port in fluid communication with the pressure sensing chamber, an inlet port in fluid communication with the flow-through chamber, and an outlet port in fluid communication with the flow-through chamber, wherein the inlet port and the outlet port define an inlet and an outlet, respectively, of a blood path through the flow-through chamber, and the lower portion of the shell has an interior wall and comprises a boss along the interior wall, which prevents the diaphragm from occluding flow through the blood path, characterized in that the boss comprises a diamond-shaped cross-section configured to minimize the potential for hemolysis due to occlusion of blood flow.
A polyunsaturated substance for use in a method of treating or inhibiting an impaired energy processing disorder or mitochondrial deficiency, wherein the impaired energy processing disorder or mitochondrial deficiency is selected from Co-enzyme Q deficiency; Diabetes mellitus and deafness (DAD), Maternally Inherited Diabetes and Deafness (MIDD); Friedreich's ataxia (FA); Leber's congenital amaurosis; Leber's hereditary optic neuropathy (LHON); Leigh syndrome; Mitochondrial myopathy, encephalopathy, lactic acidosis, and stroke (MELAS) syndrome; Mitochondrial neurogastrointestinal encephalomyopathy (MNGIE); Myoclonus Epilepsy Associated with Ragged-Red Fibers (MERRF) syndrome; Myoneurogenetic gastrointestinal encephalopathy (MNGIE); Neuropathy, ataxia, retinitis pigmentosa, and ptosis (NARP); optic neuropathies and opthalmoplegias; Wolff-Parkinson-White syndrome; cardiomyopathies; X-linked Adrenoleukodystrophy (X-ALD); lipid myopathies; chronic fatigue; fibromyalgia syndrome; Fanconi's syndrome; glomerulonephropathies; Pearson's syndrome; migraines; seizures; and strokes; wherein the polyunsaturated substance comprises a fatty acid or fatty acid ester that is isotopically modified with deuterium at one or more positions; wherein the polyunsaturated substance is incorporated into a patient's body following administration; and wherein the amount of the isotopically modified fatty acid or fatty acid ester comprises between 5% to 75% of the total amount of fatty acids or fatty acid esters administered to or ingested by the patient.
A subsurface electromagnetic measuring system comprising: a transmitting member; a magnet; and a receiving member, wherein the transmitting member is arranged to induce transient currents in a subsurface geological formation; wherein the magnet is formed from an electrically non-conductive material and wherein the magnet is arranged to be in magnetic communication with said transmitting member and the subsurface geological formation; and wherein the receiving member is arranged to generate a return signal in response to a termination of current supply to said transmitting member after a steady state magnetic field has been established in the subsurface geological formation, wherein diffusion of the transient currents is affected by said magnet, and wherein the return signal is used to determine characteristics of the subsurface geological formation. a transmitting member; a magnet; and a receiving member, wherein the transmitting member is arranged to induce transient currents in a subsurface geological formation; wherein the magnet is formed from an electrically non-conductive material and wherein the magnet is arranged to be in magnetic communication with said transmitting member and the subsurface geological formation; and wherein the receiving member is arranged to generate a return signal in response to a termination of current supply to said transmitting member after a steady state magnetic field has been established in the subsurface geological formation, wherein diffusion of the transient currents is affected by said magnet, and wherein the return signal is used to determine characteristics of the subsurface geological formation. wherein the transmitting member is arranged to induce transient currents in a subsurface geological formation; wherein the magnet is formed from an electrically non-conductive material and wherein the magnet is arranged to be in magnetic communication with said transmitting member and the subsurface geological formation; and wherein the receiving member is arranged to generate a return signal in response to a termination of current supply to said transmitting member after a steady state magnetic field has been established in the subsurface geological formation, wherein diffusion of the transient currents is affected by said magnet, and wherein the return signal is used to determine characteristics of the subsurface geological formation.
A variable geometry turbocharger comprising: a plurality of nozzle vanes disposed at predetermined intervals around a rotational shaft center (K) of a turbine wheel so as to surround an outer circumferential side of the turbine wheel , the nozzle vanes being disposed at an inner circumferential side of a scroll formed inside a turbine housing ; and a variable nozzle mechanism configured capable of changing a blade angle of each of the nozzle vanes , each of the nozzle vanes having a blade cross-section orthogonal to a rotational center axis of each nozzle vane , wherein the blade cross-section has a surface shape of a pressure surface side in form of an S-shape, which has a convex portion at a leading edge side with respect to the rotational center (C), characterized in that the blade cross-section has a concave portion which is disposed at the pressure surface side in a chordwise range from the rotational center (C) to a position of half the distance from the rotational center (C) to a trailing edge and wherein the S-shape having the concave portion and the convex portion across a boundary at a same longitudinal position as the rotational center (C). a plurality of nozzle vanes disposed at predetermined intervals around a rotational shaft center (K) of a turbine wheel so as to surround an outer circumferential side of the turbine wheel , the nozzle vanes being disposed at an inner circumferential side of a scroll formed inside a turbine housing ; and a variable nozzle mechanism configured capable of changing a blade angle of each of the nozzle vanes , each of the nozzle vanes having a blade cross-section orthogonal to a rotational center axis of each nozzle vane ,
A method for determining a therapeutic regimen for lung cancer comprising pemetrexed, the method comprising: (a) quantifying the level of a specified FR-α fragment peptide of SEQ ID NO:1 and the level of a specified GART fragment peptide of SEQ ID NO:2 in a protein digest prepared from a tumor sample of formalin-fixed solid tissue and calculating the level of both the FR-α and GART peptides in said sample by selected reaction monitoring using mass spectrometry; and (b) comparing the level of said FR-α fragment peptide to an FR-α reference level and comparing the level of said GART fragment peptide to a GART reference level; wherein when the level of the GART fragment peptide is lower than said reference level and when the level of the FR-α fragment peptide is detected, the therapeutic regimen comprises an effective amount of pemetrexed; and wherein when the level of the GART fragment peptide is above said reference level and the FR- α fragment peptide is not detected, the therapeutic regimen does not comprise an effective amount of pemetrexed. (a) quantifying the level of a specified FR-α fragment peptide of SEQ ID NO:1 and the level of a specified GART fragment peptide of SEQ ID NO:2 in a protein digest prepared from a tumor sample of formalin-fixed solid tissue and calculating the level of both the FR-α and GART peptides in said sample by selected reaction monitoring using mass spectrometry; and (b) comparing the level of said FR-α fragment peptide to an FR-α reference level and comparing the level of said GART fragment peptide to a GART reference level;
An edge suspension for suspending an outer edge of a diaphragm from a chassis in a loudspeaker; wherein the edge suspension has a plurality of straight portions , each straight portion having a respective first surface 241a, 341a, 441a) and a respective second surface 241b, 341b, 441b) which meet along an edge to provide a spring which, in use with a loudspeaker, permits a diaphragm of the loudspeaker to be moved relative to a chassis of the loudspeaker by a drive unit of the loudspeaker; wherein the edge suspension has at least one corner portion , wherein the/each corner portion joins two of the straight portions together and includes at least one geometrical interruption formed therein; wherein the/each geometrical interruption formed in the/each corner portion includes a first corrugation which varies in height along a first path which extends circumferentially around the edge suspension, and a second corrugation formed within the first corrugation which varies in height along a second path which extends across the first path; characterized in that each straight portion includes one or more stiffening elements ; the one or more stiffening elements include one or more geometrical interruptions formed in each straight portion; the/each geometrical interruption formed in each straight portion includes a first corrugation which varies in height along a first path which extends along the edge suspension, and a second corrugation formed within the first corrugation which varies in height along a second path which extends across the first path.
Measuring system , - with a field device used in automation technology and designed to determine and/or monitor a process variable of a medium; - with a connection unit which has a connection plug electrically connected to the field device and a cable which is connected to the connection plug via a cable connection , and which serves to supply electrical energy to the field device and/or to transmit information between the field device and a higher-level unit ; wherein the connection plug is connected to the field device in a connection area which, in relation to a process connection of the field device , is arranged on the side of the process connection facing away from the process; and - with a protective hood which surrounds the connection unit and the field device connected to the connection unit in a protection section , wherein said hood is designed to protect the measuring system in the protection section , wherein the protective hood is designed in such a way that it can be detached from the measuring system , wherein, with the protective hood , the resistance of the measuring system to shock in the protection section is regulated in such a way that the measuring system has a certain predefinable shock resistance in the protection section , and wherein the protective hood can be screwed to the field device with a thread of the field device that is arranged at an end section of the protection section . - with a field device used in automation technology and designed to determine and/or monitor a process variable of a medium; - with a connection unit which has a connection plug electrically connected to the field device and a cable which is connected to the connection plug via a cable connection , and which serves to supply electrical energy to the field device and/or to transmit information between the field device and a higher-level unit ; wherein the connection plug is connected to the field device in a connection area which, in relation to a process connection of the field device , is arranged on the side of the process connection facing away from the process; and - with a protective hood which surrounds the connection unit and the field device connected to the connection unit in a protection section , wherein said hood is designed to protect the measuring system in the protection section , wherein the protective hood is designed in such a way that it can be detached from the measuring system , wherein, with the protective hood , the resistance of the measuring system to shock in the protection section is regulated in such a way that the measuring system has a certain predefinable shock resistance in the protection section , and wherein the protective hood can be screwed to the field device with a thread of the field device that is arranged at an end section of the protection section .