mhurhangee/ep-ind-claims huggingface dataset:
A catheter device, comprising - a drive shaft extending from a driving region of the catheter device to a distal end region of the catheter device, - a rotor which is attached to the drive shaft in the distal end region, - a distal bearing for bearing a distal end of the drive shaft, wherein the distal bearing comprises a drive shaft cover, the drive shaft cover being configured to cover a section of the drive shaft, which section extends distally of the rotor, characterized in that on a distal side of the rotor, a radially inner part of the rotor is recessed with respect to radially outer parts of the rotor to form a hollow space (2.3) surrounding the drive shaft, wherein a proximal end of the drive shaft cover lies in said hollow space (2.3). - a drive shaft extending from a driving region of the catheter device to a distal end region of the catheter device, - a rotor which is attached to the drive shaft in the distal end region, - a distal bearing for bearing a distal end of the drive shaft, wherein the distal bearing comprises a drive shaft cover, the drive shaft cover being configured to cover a section of the drive shaft, which section extends distally of the rotor,
A charging apparatus comprising: a power supply unit supplying charging power; a charging unit transferring the charging power from the power supply unit to an external charging target device; a charge controlling unit controlling a charging state of the charging unit; a display unit displaying the charging state based on a control by the charge controlling unit and stopping a displaying operation when the charging target device is in a fully-charged state; and a delaying unit blocking the current supplied to the display unit by opening a current path in order to stop the display operation and delaying the stopping of the displaying operation of the display unit for a preset time when the charging target device is recharged in the fully-charged state by opening a current path; wherein the display unit is a monochromatic light emitting diode; and wherein the monochromatic light emitting diode emits light during the preset time and during transferring of charging power. a power supply unit supplying charging power; a charging unit transferring the charging power from the power supply unit to an external charging target device; a charge controlling unit controlling a charging state of the charging unit; a display unit displaying the charging state based on a control by the charge controlling unit and stopping a displaying operation when the charging target device is in a fully-charged state; and a delaying unit blocking the current supplied to the display unit by opening a current path in order to stop the display operation and delaying the stopping of the displaying operation of the display unit for a preset time when the charging target device is recharged in the fully-charged state by opening a current path;
A method for manufacturing an aircraft door having a monolithic structure comprising an outer skin and an internal frame in one piece, the internal frame having at least one portion having: a core attached transversely to the outer skin; and a flange opposite the outer skin; this method being characterized in that it has the following steps: - producing a forged blank with a substantially constant thickness from a metal alloy that can be stamped; - stamping the forged blank between a substantially smooth lower die and an upper die defining cells, a clearance being retained between the lower die and the upper die, and obtaining a stamped part with a cellular structure having an open face and a closed face closed by a wall with a thickness corresponding to the clearance; - machining the internal walls of the cellular structure of the stamped part to define at least one reinforcement delimited: by a core connecting the closed face and the open face; and by a flange projecting substantially perpendicularly to the core, on the open face of the stamped part. - producing a forged blank with a substantially constant thickness from a metal alloy that can be stamped; - stamping the forged blank between a substantially smooth lower die and an upper die defining cells, a clearance being retained between the lower die and the upper die, and obtaining a stamped part with a cellular structure having an open face and a closed face closed by a wall with a thickness corresponding to the clearance; - machining the internal walls of the cellular structure of the stamped part to define at least one reinforcement delimited: by a core connecting the closed face and the open face; and by a flange projecting substantially perpendicularly to the core, on the open face of the stamped part.
A method of operating an internal combustion engine, the internal combustion engine being opposed pistons tubular linear generator, comprising: providing a reciprocating, internal combustion engine having a burst chamber and at least one burst chamber piston mounted for reciprocation within said burst chamber from a first position to a second position; detonating frozen pellets comprising triacetone triperoxide ("TAP") and water within said burst chamber to cause said at least one burst chamber piston to move from said first position near said frozen TAP pellets detonation to said second position away from said frozen TAP pellets detonation; returning said at least one burst chamber piston to the first position; detonating frozen TAP pellets within said burst chamber to move said at least one burst chamber piston to the second position. providing a reciprocating, internal combustion engine having a burst chamber and at least one burst chamber piston mounted for reciprocation within said burst chamber from a first position to a second position; detonating frozen pellets comprising triacetone triperoxide ("TAP") and water within said burst chamber to cause said at least one burst chamber piston to move from said first position near said frozen TAP pellets detonation to said second position away from said frozen TAP pellets detonation; returning said at least one burst chamber piston to the first position; detonating frozen TAP pellets within said burst chamber to move said at least one burst chamber piston to the second position.
An aerosol-generating component (100, 200, 300, 400, 500, 600, 700) for an aerosol-generating article, the component comprising: a combustible heat source (101, 201, 301, 501, 601, 701); an aerosol-forming substrate (103, 203, 303, 403, 503, 603, 703); and a heat-transfer element (102, 202, 302, 402, 502, 602, 702) disposed between the combustible heat source (101, 201, 301, 501, 601, 701) and the aerosol-forming substrate (103, 203, 303, 403, 503, 603, 703), wherein the heat-transfer element (102, 202, 302, 402, 502, 602, 702) comprises a cup-shaped receptacle defining a cavity (109, 209, 309, 409, 509, 609, 709) and the aerosol-forming substrate (103, 203, 303, 403, 503, 603, 703) forms a coating on at least a portion of an inner surface of the cup-shaped receptacle. a combustible heat source (101, 201, 301, 501, 601, 701); an aerosol-forming substrate (103, 203, 303, 403, 503, 603, 703); and a heat-transfer element (102, 202, 302, 402, 502, 602, 702) disposed between the combustible heat source (101, 201, 301, 501, 601, 701) and the aerosol-forming substrate (103, 203, 303, 403, 503, 603, 703), wherein the heat-transfer element (102, 202, 302, 402, 502, 602, 702) comprises a cup-shaped receptacle defining a cavity (109, 209, 309, 409, 509, 609, 709) and the aerosol-forming substrate (103, 203, 303, 403, 503, 603, 703) forms a coating on at least a portion of an inner surface of the cup-shaped receptacle.
A DC voltage converter of the quasi-resonant Buck type comprising an input port having a first terminal able to receive a voltage level to be converted, an output port having a first terminal able to supply a converted voltage level, a ground line connecting a second terminal of said input port to a second terminal of said output port, a first switch (Qhs) connected to said first terminal of the input port and a regulation circuit having an input terminal connected to said first terminal of the output port of the converter and an output terminal connected to a control terminal of said first switch, said converter further comprising a resonance inductor (Lr) connected in series with said first switch, having a first and a second terminal, said first terminal being connected to said first switch, a resonance capacitor (Cr), having a first and a second terminal, said first terminal being connected to the second terminal of the resonance inductor, a second switch (Qls) connected, on the one hand, to said first terminal of the resonance capacitor and, on the other hand, to said second terminal of the resonance capacitor, said regulation circuit being configured to: - generate a voltage ripple (Ond.), rising for a closed state of said first switch (Qhs) or falling for an open state of said first switch (Qhs); - generate a setpoint signal (Vcons) proportional to a difference between an average level of converted voltage and a reference voltage (Vref); - perform a first comparison between said setpoint signal and said converted voltage level to which said voltage ripple has been added; and - if the converted voltage level to which said voltage ripple has been added is lower than or equal to the setpoint signal (Vcons), generate an activation signal (HS_Cmd) on its output, controlling the closing of said first switch for a predefined period of time (Ton) characterised in that said regulation circuit comprises a voltage comparator circuit configured to generate an activation signal (LS_cmd) for the second switch (Qls) when the voltage between the second terminal of the resonance inductor and the ground line becomes negative, and to generate a signal for opening the second switch (Qls) in correspondence with the generation of the activation signal (HS_cmd) controlling the closing of said first switch. - generate a voltage ripple (Ond.), rising for a closed state of said first switch (Qhs) or falling for an open state of said first switch (Qhs); - generate a setpoint signal (Vcons) proportional to a difference between an average level of converted voltage and a reference voltage (Vref); - perform a first comparison between said setpoint signal and said converted voltage level to which said voltage ripple has been added; and - if the converted voltage level to which said voltage ripple has been added is lower than or equal to the setpoint signal (Vcons), generate an activation signal (HS_Cmd) on its output, controlling the closing of said first switch for a predefined period of time (Ton)
A method for identifying a flow limitation in a single patient respiratory cycle, the method comprising: receiving a patient gas delivery signal from one or more sensors (34, 35, 36) in pneumatic communication with a ventilation source and a ventilation interface to a patient airway, the patient gas delivery signal being representative of a measure of therapeutic gas being delivered to the patient airway at a given time instant and spanning the single patient respiratory cycle; generating a second derivative of the patient gas delivery signal; counting a total number of zero crossings in the generated second derivative of the patient gas delivery signal within a single inspiration phase of the patient gas delivery signal, the zero crossings of the second derivative of the patient gas delivery signal being representative of an inflection change in the patient gas delivery signal; and generating a flow limitation indication corresponding to the identified gas delivery limitation if the total of the zero crossings in the generated second derivative of the patient gas delivery signal within the single inspiration phase is at least two. receiving a patient gas delivery signal from one or more sensors (34, 35, 36) in pneumatic communication with a ventilation source and a ventilation interface to a patient airway, the patient gas delivery signal being representative of a measure of therapeutic gas being delivered to the patient airway at a given time instant and spanning the single patient respiratory cycle; generating a second derivative of the patient gas delivery signal; counting a total number of zero crossings in the generated second derivative of the patient gas delivery signal within a single inspiration phase of the patient gas delivery signal, the zero crossings of the second derivative of the patient gas delivery signal being representative of an inflection change in the patient gas delivery signal; and generating a flow limitation indication corresponding to the identified gas delivery limitation if the total of the zero crossings in the generated second derivative of the patient gas delivery signal within the single inspiration phase is at least two.
A diagnostic system configured to determine abnormality of a hydraulic machine which comprises a rotation shaft, a cylinder, a piston forming a working chamber with the cylinder, a high-pressure valve and a low-pressure valve provided for the working chamber, and a converting mechanism for converting between rotational motion of the rotation shaft and reciprocating motion of the piston, the diagnostic system comprising: a pressure sensor for detecting a pressure of the working chamber; and an abnormality determination part for determining abnormality of the hydraulic machine based on a detection result of the pressure sensor; characterized in that the diagnostic system further comprises an integration part for integrating measurement values of the pressure of the working chamber detected by the pressure sensor in correspondence to a reciprocating motion cycle of the piston to calculate an integral value; and a dimensionless integral pressure obtaining part for calculating a dimensionless integral pressure value (P') which indicates a ratio of the integral value calculated by the integration part to a product of a period of the reciprocating motion of the piston and a pressure of a high-pressure line connected to the hydraulic machine for communication with the working chamber via the high-pressure valve, wherein the abnormality determination part is configured to determine abnormality of the hydraulic machine by at least considering whether or not the dimensionless integral pressure value (P') is within a prescribed range. a pressure sensor for detecting a pressure of the working chamber; and an abnormality determination part for determining abnormality of the hydraulic machine based on a detection result of the pressure sensor; characterized in that the diagnostic system further comprises an abnormality determination part for determining abnormality of the hydraulic machine based on a detection result of the pressure sensor; characterized in that the diagnostic system further comprises an integration part for integrating measurement values of the pressure of the working chamber detected by the pressure sensor in correspondence to a reciprocating motion cycle of the piston to calculate an integral value; and a dimensionless integral pressure obtaining part for calculating a dimensionless integral pressure value (P') which indicates a ratio of the integral value calculated by the integration part to a product of a period of the reciprocating motion of the piston and a pressure of a high-pressure line connected to the hydraulic machine for communication with the working chamber via the high-pressure valve, wherein the abnormality determination part is configured to determine abnormality of the hydraulic machine by at least considering whether or not the dimensionless integral pressure value (P') is within a prescribed range.
Knee protection equipment comprising: - support means on the ground (2,2'; 50,50'), said support means on the ground (2,2') being designed to be placed in the immediate vicinity of the knee, and/or said support means on the ground (50,50') being designed to be placed close to the tibia, - a harness that will be placed close to the pelvis; - said harness and said support means on the ground (2;2') being connected to each other through a rigid arm (4;4') that will be positioned at the side of and outside the thigh the equipment being able to change from an upright position in which the support means on the ground (2,2'; 50,50') are positioned at the knee and/or at the tibia, to a kneeling position (P2, P3) in which the ground support means (2,2'; 50,50') bear on the ground and can transmit at least some of the vertical load force to the harness, and in which: - said support means on the ground (50, 50') comprise an element covering the tibia, connected to said rigid arm through articulation means, - said articulation means have a stop limiting the stroke of the bending movement such that, when in the articulation blocked position, in the kneeling position, the support means on the ground (50, 50') bear on the ground and are capable of transferring the load force to the harness, - and such that when in the kneeling position, the articulation means are blocked after bending to an angle between the first arm and the second arm significantly less than 90° so that the user can hold his or her seated position supported by the harness. - support means on the ground (2,2'; 50,50'), said support means on the ground (2,2') being designed to be placed in the immediate vicinity of the knee, and/or said support means on the ground (50,50') being designed to be placed close to the tibia, - a harness that will be placed close to the pelvis; - said harness and said support means on the ground (2;2') being connected to each other through a rigid arm (4;4') that will be positioned at the side of and outside the thigh the equipment being able to change from an upright position in which the support means on the ground (2,2'; 50,50') are positioned at the knee and/or at the tibia, to a kneeling position (P2, P3) in which the ground support means (2,2'; 50,50') bear on the ground and can transmit at least some of the vertical load force to the harness, - said support means on the ground (50, 50') comprise an element covering the tibia, connected to said rigid arm through articulation means, - said articulation means have a stop limiting the stroke of the bending movement such that, when in the articulation blocked position, in the kneeling position, the support means on the ground (50, 50') bear on the ground and are capable of transferring the load force to the harness, - and such that when in the kneeling position, the articulation means are blocked after bending to an angle between the first arm and the second arm significantly less than 90° so that the user can hold his or her seated position supported by the harness.
A vinylidene fluoride/tetrafluoroethylene (VdF/TFE) copolymer film in which the 99% voltage failure resistance value in a Weibull plot is 300 V/μm or more.
A multilayer carbon brush (10, 30, 40, 50) comprising a carbon body (11, 31, 41, 51) having two carbon layers (12, 13) separated from each other by an insulation layer and arranged in the form of a laminate, their end faces (19, 20) opposite a connection conductor side of the carbon body forming a contact surface (21, 56) in a contact section (18, 33, 44, 53) for coming into contact with a commutator of an electric motor, the contact section having a contact cross-section (25, 35, 55) having a width a paraxially to a commutator axis and a height t tangentially to the circumference of the commutator, characterized in that in case of a width a greater than or equal to 12.5 mm and less than 13.5 mm, the height t is 0.25 times to 0.35 times the width a, and in case of a width a greater than or equal to 13.5 mm and less than or equal to 15 mm, the height t is 0.23 times to 0.32 times the width a.
A pharmaceutical formulation comprising: about 20 mg/mL to about 200 mg/mL of a therapeutic protein; a pharmaceutically acceptable carrier; and one or more polyethoxylated fatty alcohol surfactants, wherein said one or more PFA surfactants is resistant to lipase degradation, and wherein the formulation comprises lipase/esterase activity that is ≥ 0.1 unit/mL of purified porcine esterase or equivalent thereof. about 20 mg/mL to about 200 mg/mL of a therapeutic protein; a pharmaceutically acceptable carrier; and one or more polyethoxylated fatty alcohol surfactants, wherein said one or more PFA surfactants is resistant to lipase degradation, and wherein the formulation comprises lipase/esterase activity that is ≥ 0.1 unit/mL of purified porcine esterase or equivalent thereof.
A method comprising: receiving, at a controller, health monitoring metrics from a plurality of load balancer leaf switches in a network fabric, wherein the health monitoring metrics from each leaf switch in the plurality of load balancer leaf switches are associated with local servers managed by the leaf switch, wherein a particular load balancer leaf switch probes only one or more local servers that the particular load balancer leaf switch is connected to; determining, based on the health monitoring metrics, that a server in the network fabric has failed; and in response to the determining: modifying a load balancing configuration for the network fabric, transmitting the load balancing configuration to each load balancer leaf switch in the plurality of load balancer leaf switches in the network fabric. wherein transmitting the load balancing configuration to each load balancer leaf switch in the plurality of leaf switches in the network fabric causes each load balancer leaf switch to update an entry in a Static Random Access Memory, SRAM, table corresponding to a Ternary Content Addressable Memory, TCAM, table of the server in the network fabric that has failed. receiving, at a controller, health monitoring metrics from a plurality of load balancer leaf switches in a network fabric, wherein the health monitoring metrics from each leaf switch in the plurality of load balancer leaf switches are associated with local servers managed by the leaf switch, wherein a particular load balancer leaf switch probes only one or more local servers that the particular load balancer leaf switch is connected to; determining, based on the health monitoring metrics, that a server in the network fabric has failed; and in response to the determining: modifying a load balancing configuration for the network fabric, transmitting the load balancing configuration to each load balancer leaf switch in the plurality of load balancer leaf switches in the network fabric. wherein transmitting the load balancing configuration to each load balancer leaf switch in the plurality of leaf switches in the network fabric causes each load balancer leaf switch to update an entry in a Static Random Access Memory, SRAM, table corresponding to a Ternary Content Addressable Memory, TCAM, table of the server in the network fabric that has failed. modifying a load balancing configuration for the network fabric, transmitting the load balancing configuration to each load balancer leaf switch in the plurality of load balancer leaf switches in the network fabric. wherein transmitting the load balancing configuration to each load balancer leaf switch in the plurality of leaf switches in the network fabric causes each load balancer leaf switch to update an entry in a Static Random Access Memory, SRAM, table corresponding to a Ternary Content Addressable Memory, TCAM, table of the server in the network fabric that has failed.