mhurhangee/ep-ind-claims huggingface dataset:
A re-sealable can end combination comprising: a can end having a peripheral wall and a center panel with an aperture defined therethrough, and a closure having a closed position, in which at least part of the closure seals the aperture, a venting position in which a vent aperture is opened in the center panel, and a fully open position in which the aperture is exposed; the closure comprising a plug arrangement adapted to seal the vent aperture when the closure is in its closed position, and a biasing means, characterised in that at least a portion of the plug arrangement remains located in the vent aperture to ensure correct alignment of the plug arrangement with the vent aperture and upon reclosing, the biasing means returns the plug arrangement to its sealed position. a can end having a peripheral wall and a center panel with an aperture defined therethrough, and a closure having a closed position, in which at least part of the closure seals the aperture, a venting position in which a vent aperture is opened in the center panel, and a fully open position in which the aperture is exposed; the closure comprising a plug arrangement adapted to seal the vent aperture when the closure is in its closed position, and a biasing means, characterised in that at least a portion of the plug arrangement remains located in the vent aperture to ensure correct alignment of the plug arrangement with the vent aperture and upon reclosing, the biasing means returns the plug arrangement to its sealed position.
1. A circuit comprising a first plurality of elementary transistors connected in parallel between a node of application of a first potential of a power supply voltage and a load, the first plurality of transistors comprising a first assembly of elementary transistors having their gates coupled to a control node by a first switch and at least a second assembly (110, 112) of elementary transistors having their gates coupled to the control node by a second switch (130, 132), the second switch having two states, the circuit being configured to provide in output of the first and second switches a substantially, meaning plus or minus 10%, identical control voltage to the gates of the first and second assemblies of elementary transistors when the second switch is in one of the two states, the first and second switches (110, 112) being MOS transistors, the gate-source voltages of the first and second switches being substantially identical in operation, wherein the first switch is a switch always maintained in an on state at least during the operation of the circuit 100, so that the respective impedance between the gates of the elementary transistors of each of the first and second (110, 112) assemblies and the control node are identical, the first and second switches (110, 112) having substantially the same impedance when they are on, the circuit comprising a second plurality of elementary transistors each transistor of the second plurality comprising a control terminal coupled to the control node by the first switch, a first conductive terminal coupled to the node of application of a first potential of a power supply voltage and a second conductive terminal coupled to a test node (120, 122).
An agrochemically active microbial formulation, comprising at least one kind of ester compound, a surfactant suitable for emulsifying the ester compound and an agrochemically active microbe, wherein the ester compound is selected from the following group: an ester compound which is liquid at 25°C, of monovalent fatty acid and polyhydric alcohol represented by the formula: wherein R 1 and R 2 are the same or different, and represent a hydrogen atom, a methyl group, an ethyl group, a hydroxymethyl group or a 2-hydroxyethyl group, and m and n are the same or different, and represent 1 or 2, provided that R 1 and R 2 are not a hydrogen atom at the same time; an ester compound which is liquid at 25°C, of diglycerin and monovalent fatty acid; and a diester compound which is liquid at 25°C, of adipic acid and monohydric alcohol. an ester compound which is liquid at 25°C, of monovalent fatty acid and polyhydric alcohol represented by the formula: wherein R 1 and R 2 are the same or different, and represent a hydrogen atom, a methyl group, an ethyl group, a hydroxymethyl group or a 2-hydroxyethyl group, and m and n are the same or different, and represent 1 or 2, provided that R 1 and R 2 are not a hydrogen atom at the same time; an ester compound which is liquid at 25°C, of diglycerin and monovalent fatty acid; and a diester compound which is liquid at 25°C, of adipic acid and monohydric alcohol.
A method of conducting a diagnostic test for a control valve in a turbo-compressor system, the method comprising: confirming, by a control system, steady-state conditions for the turbo-compressor system that includes the control valve in a first position; sending, by the control system and to an actuator for the control valve, a signal to initiate a partial valve stroke to move the control valve away from the first position; receiving, by the control system and after sending the signal to initiate the partial valve stroke, feedback signals from sensors (120, 130, 140) in the turbo-compressor system; monitoring, by the control system, the feedback signals for a change from the steady-state conditions, wherein the monitoring comprises: identifying a set number of different time intervals, monitoring a differential for the feedback signals over each of the different time intervals, and comparing derivatives calculated using each of the different time intervals to a steady-state threshold; sending, by the control system and to the actuator, a signal to return the control valve to the first position in response to the monitoring detecting a change from the steady-state conditions within one of the different time intervals; and generating, by the control system, an alarm signal in response to the monitoring not detecting a change from the steady-state conditions within the different time intervals. confirming, by a control system, steady-state conditions for the turbo-compressor system that includes the control valve in a first position; sending, by the control system and to an actuator for the control valve, a signal to initiate a partial valve stroke to move the control valve away from the first position; receiving, by the control system and after sending the signal to initiate the partial valve stroke, feedback signals from sensors (120, 130, 140) in the turbo-compressor system; monitoring, by the control system, the feedback signals for a change from the steady-state conditions, wherein the monitoring comprises: identifying a set number of different time intervals, monitoring a differential for the feedback signals over each of the different time intervals, and comparing derivatives calculated using each of the different time intervals to a steady-state threshold; identifying a set number of different time intervals, monitoring a differential for the feedback signals over each of the different time intervals, and comparing derivatives calculated using each of the different time intervals to a steady-state threshold; sending, by the control system and to the actuator, a signal to return the control valve to the first position in response to the monitoring detecting a change from the steady-state conditions within one of the different time intervals; and generating, by the control system, an alarm signal in response to the monitoring not detecting a change from the steady-state conditions within the different time intervals.
A vehicle comprising a parking brake mechanism including: a stopper gear provided to an axle that transmits power to a driving wheel; a lock pole which is provided adjacent to the stopper gear and which locks the driving wheel by being engaged with the stopper gear; and a parking brake operating part that engages the lock pole with the stopper gear by operation, wherein the vehicle is provided with a lock releasing mechanism that actuates the lock pole so as to temporarily release the engagement of the lock pole and the stopper gear in a state in which the parking brake operating part remains located in a parking position.
A light emitting device package (500, 500b, 500c, 500d) comprising: a light emitting device chip comprising a first conductive type semiconductor layer, a second conductive type semiconductor layer on the first conductive type semiconductor layer, and an active layer between the first and second conductive type semiconductor layers; a plurality of wires (300, 310, 320, 330, 340, 350, 360) attached to and projecting perpendicularly from an upper surface of the light emitting device chip; and an encapsulating material on the light emitting device chip, wherein the encapsulating material comprises a phosphor, wherein the height of an upper surface of the encapsulating material is equal to or less than the height of at least one wire, characterized in that the plurality of wires (300, 310, 320, 330, 340, 350, 360) comprises at least one real wire and at least one dummy wire (340, 350, 360), wherein the real wire provides an electrical connection between a pad and the light emitting device chip and the dummy wire (340, 350, 360) does not provide an electrical connection between a pad and the light emitting device chip. a light emitting device chip comprising a first conductive type semiconductor layer, a second conductive type semiconductor layer on the first conductive type semiconductor layer, and an active layer between the first and second conductive type semiconductor layers; a plurality of wires (300, 310, 320, 330, 340, 350, 360) attached to and projecting perpendicularly from an upper surface of the light emitting device chip; and an encapsulating material on the light emitting device chip, wherein the encapsulating material comprises a phosphor, wherein the height of an upper surface of the encapsulating material is equal to or less than the height of at least one wire,
A hydraulic machine comprising a hydraulic circuit, the hydraulic circuit comprising: a first hydraulic source; a second hydraulic source; a first travel control valve in fluid communication with the second hydraulic source; a first attachment control valve in fluid communication with the second hydraulic source; a confluence control valve in fluid communication with the first hydraulic source and, in a confluence position, directing fluid from the first hydraulic source to the first attachment control valve; a first signal line connected to the confluence control valve; and a first pilot line connected to the confluence control valve to move the confluence control valve to the confluence position, when a first pilot pressure is generated in the first pilot line, wherein, when the first travel control valve is in a non-neutral position and the first attachment control valve is in a first non-neutral position, first signal pressure is generated in the first signal line to move the confluence control valve to the confluence position, characterized in that the hydraulic circuit further comprises a first drain line, wherein when the first attachment control valve is in a neutral position, the first signal line is in fluid communication with the first drain line through the first attachment control valve. a first hydraulic source; a second hydraulic source; a first travel control valve in fluid communication with the second hydraulic source; a first attachment control valve in fluid communication with the second hydraulic source; a confluence control valve in fluid communication with the first hydraulic source and, in a confluence position, directing fluid from the first hydraulic source to the first attachment control valve; a first signal line connected to the confluence control valve; and a first pilot line connected to the confluence control valve to move the confluence control valve to the confluence position, when a first pilot pressure is generated in the first pilot line, wherein, when the first travel control valve is in a non-neutral position and the first attachment control valve is in a first non-neutral position, first signal pressure is generated in the first signal line to move the confluence control valve to the confluence position, characterized in that the hydraulic circuit further comprises a first drain line, wherein when the first attachment control valve is in a neutral position, the first signal line is in fluid communication with the first drain line through the first attachment control valve.
A warning system for warning a party beforehand in a predictive manner. wherein the party is provided with a terminal, the system is provided with profile information of the party, and environment and/or weather information of a geographical location, and location information of the terminal, where said profile information comprises health information and information relating to a medication of the party being conditional on environments and/or weather conditions, and wherein the warning system is characterized in that it is adapted to check based on location information of the terminal, whether the terminal is located within said geographical location, and if yes, the warning system is adapted to analyse profile information of the party and if profile information comprises a parameter of said health information and/or information relating to a medication of the party which matches a corresponding parameter of environment and/or weather information of said geographical location, the warning system is adapted to send a dynamic warning message comprising a question to be answered by the party to said terminal, and based on the answer the warning system is adapted to perform at least one additional task of: informing a third party, providing instructions to be displayed on the terminal, and warning the party via said terminal, wherein at least the environment and/or weather information of a geographical location is continuously gathered, wherein said profile information of the party comprises information of probable location of the party in a certain moment of time based on gathered location versus time information of the party in the past, and the system is further adapted to predict the location where the party will be located in the near future with a certain probability based on the gathered data and in addition the system is adapted to use this predicted location information as location information of the terminal when checking whether said terminal is located within said geographical location, and wherein if the terminal is not located within said geographical region, the dynamic warning message is not sent.
Control arm assembly for a vehicle, wherein the control arm assembly comprises at least one axle control arm which extends in the vehicle longitudinal direction, an axle body which is fastened to the axle control arm so as to be transverse to the vehicle longitudinal direction, a support which for pivotably mounting the axle control arm by means of a pin that passes through the support and the axle control arm so as to be transverse to the vehicle longitudinal direction is fixedly assembled on the chassis, adjustment means for displacing the axle control arm relative to the support in the vehicle longitudinal direction, as well as positioning means for fixing the longitudinal position of the axle control arm relative to the support, as well as a lever tool for adjusting the track, wherein the adjustment means are composed of at least one engagement face (31, 32) on the axle control arm or a component fixed to the axle control arm, as well as at least one support face (33, 34) which for bearing the lever tool is fixed to the chassis, characterized in that the engagement face (31, 32) is in two parts and is composed of a first sub-face and a second sub-face which are in each case directed in the vehicle longitudinal direction but point in mutually opposite directions, in that the engagement face (31, 32) is configured as a clearance on the axle control arm, or the component fixed to the axle, respectively, and in that the lever tool for adjusting the track is configured so as to be able to be supported directly on a sub-face of the engagement face (31, or 32, respectively) as well as on a sub-face of the support face (33, 34). a support which for pivotably mounting the axle control arm by means of a pin that passes through the support and the axle control arm so as to be transverse to the vehicle longitudinal direction is fixedly assembled on the chassis, adjustment means for displacing the axle control arm relative to the support in the vehicle longitudinal direction, as well as positioning means for fixing the longitudinal position of the axle control arm relative to the support, as well as a lever tool for adjusting the track, wherein the adjustment means are composed of at least one engagement face (31, 32) on the axle control arm or a component fixed to the axle control arm, as well as at least one support face (33, 34) which for bearing the lever tool is fixed to the chassis, characterized in that the engagement face (31, 32) is in two parts and is composed of a first sub-face and a second sub-face which are in each case directed in the vehicle longitudinal direction but point in mutually opposite directions, in that the engagement face (31, 32) is configured as a clearance on the axle control arm, or the component fixed to the axle, respectively, and in that the lever tool for adjusting the track is configured so as to be able to be supported directly on a sub-face of the engagement face (31, or 32, respectively) as well as on a sub-face of the support face (33, 34).
A method of measuring a hydrogen diffusivity of a metal structure comprising: providing a hydrogen charging surface at a first location on an external surface of the structure; providing a hydrogen oxidation surface at a second location adjacent to the first location on the same external surface of the structure; generating a hydrogen flux directed into the metal surface at the charging surface; detecting at least a portion of the hydrogen flux generated by the charging surface diverted back toward the surface; measuring a transient of the diverted hydrogen flux; and determining the hydrogen diffusivity of the metal structure based on the measured transient. providing a hydrogen charging surface at a first location on an external surface of the structure; providing a hydrogen oxidation surface at a second location adjacent to the first location on the same external surface of the structure; generating a hydrogen flux directed into the metal surface at the charging surface; detecting at least a portion of the hydrogen flux generated by the charging surface diverted back toward the surface; measuring a transient of the diverted hydrogen flux; and determining the hydrogen diffusivity of the metal structure based on the measured transient.
A method for designing a customized intra ocular lens, IOL, for an eye of a person, the IOL comprising a posterior surface and an anterior surface, said posterior surface having a curvature, which is optimised for providing a predefined spherical aberration using the posterior chamber depth, PCD, of an eye in which the IOL is to be inserted, and which is a mathematical function of the PCD, the method comprising calculating the curvature of the posterior surface defined as z = r 2 / R 2 1 + 1 − 1 + k r 2 / R 2, with k = n 2 R 3 n 1 2 1 R − 1 PCD 2 n 1 + n 2 PCD − n 2 R in case of zero additional spherical aberration or, when a specified amount of spherical aberration should be added, with k = n 2 R 3 n 1 2 1 R − 1 PCD 2 n 1 + n 2 PCD − n 2 R + 8 R 3 n 1 − n 2 σ, wherein PCD = b 0 + b 1 ⋅ Φ, in which equations the used parameters are: k = -e 2 conic constant, R radius of curvature, r radial distance from optical axis, z height or sagitta of refracting surface, n 1 refractive index of the material of the IOL, n 2 refractive index of the vitreous body of the eye, PCD posterior chamber depth, σ coefficient specifying additional spherical aberration, b 0 23.868 mm, b 1 -0.262 mm/Dioptre, and Φ calculated power for the IOL in Dioptre. k = -e 2 conic constant, R radius of curvature, r radial distance from optical axis, z height or sagitta of refracting surface, n 1 refractive index of the material of the IOL, n 2 refractive index of the vitreous body of the eye, PCD posterior chamber depth, σ coefficient specifying additional spherical aberration, b 0 23.868 mm, b 1 -0.262 mm/Dioptre, and Φ calculated power for the IOL in Dioptre.
A composition comprising a peptide selected from: RPEWWMDYQKRY (SEQ ID NO: 6), dN-PEVVWMDYQKR-dY (SEQ ID NO: 7), NPDWWMEYQKR-dY (SEQ ID NO: 8), NPDWWMDFQKR-dS (SEQ ID NO: 9), DPEVVWMD-4-Pal-QKR-dY (SEQ ID NO: 11), DPEVVWAD-4-Pal-QKR-dY (SEQ ID NO: 14), NorR-PEWWMDYQKR-dY (SEQ ID NO: 46), NorR-PEWWMDWQKR-dY (SEQ ID NO: 47), GRPEWWMDYQKRY (SEQ ID NO: 3), PEWWMDYQKR-dY (SEQ ID NO: 17) and EWWMDFQKR-dY (SEQ ID NO: 18), wherein dN denotes D-asparagine, dY denotes D-tyrosine, dS denotes D-serine, 4-Pal denotes 4-pyridyl alanine and NorR denotes Norarginine; and wherein palmitic acid-PEG8 is linked at the N-terminus of the peptide, wherein PEG8 denotes that the average number of ethylene glycol units is 8.
An implantable drug delivery apparatus comprising: an input port septum for receiving a therapeutic drug; and an implantable delivery catheter holding a volume of the therapeutic drug and having: a proximal end in fluid communication with the input port septum, characterised in that the implantable delivery catheter futher comprises a distal end including an output septum for removing fluid from the catheter when filling or refilling the system, and a drug permeable membrane for diffusion of the therapeutic drug into nearby tissue, wherein the implantable drug delivery apparatus is configured for being transcutaneously refillable without increasing a pressure within the internal volume and in the surrounding of the drug delivery apparatus. an input port septum for receiving a therapeutic drug; and an implantable delivery catheter holding a volume of the therapeutic drug and having: a proximal end in fluid communication with the input port septum, characterised in that the implantable delivery catheter futher comprises a distal end including an output septum for removing fluid from the catheter when filling or refilling the system, and a drug permeable membrane for diffusion of the therapeutic drug into nearby tissue, wherein the implantable drug delivery apparatus is configured for being transcutaneously refillable without increasing a pressure within the internal volume and in the surrounding of the drug delivery apparatus. a proximal end in fluid communication with the input port septum, characterised in that the implantable delivery catheter futher comprises a distal end including an output septum for removing fluid from the catheter when filling or refilling the system, and a drug permeable membrane for diffusion of the therapeutic drug into nearby tissue, wherein the implantable drug delivery apparatus is configured for being transcutaneously refillable without increasing a pressure within the internal volume and in the surrounding of the drug delivery apparatus.
A hydrogen sulfide scavenger comprising a reaction product of glyoxal and a polyamine selected from the group consisting of triethylene tetramine (TETA), tetraethylene pentamine (TEPA), cyclohexane diamine, butane diamine, and combinations thereof.