mhurhangee/ep-ind-claims huggingface dataset:
A prosthetic valve introducer system, the valve introducer comprising: a handle comprising: a deployment element housing, a deployment element, wherein the deployment element comprises a shaft with a proximal end, wherein the shaft is slidably engaged with an interior surface of the deployment element housing, and at least one finger gripping element connected to the deployment element housing and comprising an interior gripping surface and an exterior gripping surface, the interior gripping surface configured to allow insertion of a finger, the gripping surfaces being curved to provide comfort and tactile feel; and a delivery shaft comprising a tubular member, a prosthetic valve, a housing capsule for the prosthetic valve, and an atraumatic distal tip, biased to a tapered configuration, the distal tip being flexible to prevent damage to the interior of a body lumen, and expandable, from the tapered configuration, to allow for pushing the prosthetic valve out of the delivery shaft during deployment; and wherein the deployment element has a portion that extends through the interior of the delivery shaft that is capable of pushing the prosthetic valve out of capsule and through the distal tip in order to deploy the prosthetic valve from the delivery shaft, wherein the delivery shaft is configured such that the delivery shaft can be advanced until distal tip reaches the desired deployment location, and the system is configured such that the prosthetic valve is deployed by pushing the deployment element in a distal direction, thereby pushing the prosthetic valve out of the distal tip of the delivery shaft. a deployment element housing, a deployment element, wherein the deployment element comprises a shaft with a proximal end, wherein the shaft is slidably engaged with an interior surface of the deployment element housing, and at least one finger gripping element connected to the deployment element housing and comprising an interior gripping surface and an exterior gripping surface, the interior gripping surface configured to allow insertion of a finger, the gripping surfaces being curved to provide comfort and tactile feel; and a delivery shaft comprising a tubular member, a prosthetic valve, a housing capsule for the prosthetic valve, and an atraumatic distal tip, biased to a tapered configuration, the distal tip being flexible to prevent damage to the interior of a body lumen, and expandable, from the tapered configuration, to allow for pushing the prosthetic valve out of the delivery shaft during deployment; and wherein the deployment element has a portion that extends through the interior of the delivery shaft that is capable of pushing the prosthetic valve out of capsule and through the distal tip in order to deploy the prosthetic valve from the delivery shaft, wherein the delivery shaft is configured such that the delivery shaft can be advanced until distal tip reaches the desired deployment location, and the system is configured such that the prosthetic valve is deployed by pushing the deployment element in a distal direction, thereby pushing the prosthetic valve out of the distal tip of the delivery shaft.
A method for controlling a cooking device (500; 600) using an apparatus comprising a temperature sensor (110; 310) and a memory, comprising: detecting a temperature of a door (502; 602) on the cooking device (500; 600) using the temperature sensor (110; 310); comparing the detected temperature with a predetermined warning and/or reference temperature; generating a predetermined warning if the detected temperature is equal to or higher than the predetermined warning and/or reference temperature; and outputting or displaying the predetermined warning, the method being characterized in that outputting the predetermined warning comprises flickering one or more warning labels corresponding to the predetermined warning on a display panel on the cooking device (500, 600); the one or more warning labels have a color that changes depending on a level of the detected temperature; outputting the predetermined warning comprises generating an intermittent buzzer and/or sound with a buzzer on the cooking device; an interval of the buzzer and/or sound becomes shorter as the detected temperature becomes higher; the warning and/or reference temperature is changeable by a manipulation of a user of the cooking device (500, 600), wherein the warning and/or reference temperature is stored in the memory, and the temperature sensor (110, 310) is on an inner surface of an outside glass of the door (502, 602) having a dual glass structure. detecting a temperature of a door (502; 602) on the cooking device (500; 600) using the temperature sensor (110; 310); comparing the detected temperature with a predetermined warning and/or reference temperature; generating a predetermined warning if the detected temperature is equal to or higher than the predetermined warning and/or reference temperature; and outputting or displaying the predetermined warning, the method being characterized in that outputting the predetermined warning comprises flickering one or more warning labels corresponding to the predetermined warning on a display panel on the cooking device (500, 600); the one or more warning labels have a color that changes depending on a level of the detected temperature; outputting the predetermined warning comprises generating an intermittent buzzer and/or sound with a buzzer on the cooking device; an interval of the buzzer and/or sound becomes shorter as the detected temperature becomes higher; the warning and/or reference temperature is changeable by a manipulation of a user of the cooking device (500, 600), wherein the warning and/or reference temperature is stored in the memory, and the temperature sensor (110, 310) is on an inner surface of an outside glass of the door (502, 602) having a dual glass structure.
A grooving work method for forming a groove having a cross section of a Christmas tree shape for fixing blade legs of a turbine to an outer circumference of a turbine shaft by fitting between a female groove and a male groove, wherein the female groove has a cross section symmetrical with respect to a center line extending from a groove opening portion to a groove bottom portion and has two or more large-width portions (4, 5, 6) extending to both sides in a groove width direction and one or more constricted portions (7; 107) disposed one by one between adjacent large-width portions (4, 5, 6), the large-width portion (4, 5, 6) and the constricted portion (7; 107) being configured such that the nearer they are to the groove opening portion, the larger the width in the groove width direction; the grooving work method is a method that performs cutting by gradually moving a cutting blade (42, 52; 142, 152) in a direction perpendicular to an axis parallel to the center line while rotating the cutting blade (42, 52; 142, 152) about the axis, comprises at least a first cutting step of performing cutting by using a first cutting tool (40; 140), characterised in that in the first step the cutting is done in such a manner that the two or more large-width portions (4, 5, 6) are formed one by one continuously by using the first cutting tool (40, 140); the method further comprising a cutting tool removing step of removing the first cutting tool (40, 140) from a main shaft of a machine; a cutting tool installing step of installing a second cutting tool that is different from the first cutting tool to the main shaft of the machine, and a second cutting step of performing cutting by using the second cutting tool (50; 150).
Electric heating device for heating an air flow notably passing through a conduit of a ventilation, heating and/or air conditioning installation of a motor vehicle, the heating device comprising at least one heating module contained in a heating body, said heating body comprising a control and power supply housing of the at least one heating module, said housing containing a control module from which at least one power supply connector and at least one control connector project, said housing also comprising a power supply opening such that the power supply connector emerges from said housing and a control opening such that the control connector emerges from said housing, characterized in that the housing comprises a skirt projecting parallel to the control connector on the periphery of the control opening, said skirt being made in one piece with the housing.
A piezoelectric motor comprising at least two piezoelectric actuators, with each piezoelectric actuator comprising at least two piezoelectric elements arranged at opposite sides of a coupling element, each piezoelectric actuator comprising two oppositely arranged surfaces having a larger area than the other surfaces of the piezoelectric actuator and representing main surfaces, the main surfaces connected to each other by at least four side surfaces of the piezoelectric actuator, the piezoelectric actuators being arranged spaced from another, and with the piezoelectric actuators being coupled via at least one elastic element being intended for a direct or indirect frictional contact with an element to be driven, with the at least one elastic element being attached to at least a part of a side surface of one piezoelectric actuator and to at least a part of the corresponding side surface of the other piezoelectric actuator, the at least one elastic element thus bridging the space between the piezoelectric actuators, and with the piezoelectric actuators being intended to deform in a direction which is substantially perpendicular to the plane defined by the side surface to which the elastic element is attached by using the longitudinal piezoelectric effect of the piezoelectric elements, characterised in that each coupling element has two arm portions in opposite arrangement for holding the piezoelectric motor.
Signal transmitter, which actuates a plurality of LED light sources (2, 12) of a particular colour and is designed to interact with a signal box, wherein the signal emitter (1.2, 1.3, 1.4) has a selection circuit for colour selection which is able to be predetermined on the signal box side, which actuates a changeover switch to connect an LED driver of the signal transmitter (1.2, 1.3, 1.4) to the LED light source (2 or 12) in the selected colour, wherein the LED driver is designed to be able to be connected to the signal box on the input side via an EMC protection facility and is connected on the output side to the LED light source (2, 12), wherein a measured value acquisition (7, 7.1) applied by the LED light source (2, 12) or the energisation thereof, in order to determine an actual mode of operation, in particular in relation to day or night operation, is connected to a comparator to compare the actual mode of operation to a target mode of operation which is able to be predetermined by the signal box, wherein the comparison result is supplied to a cut-off switch looped in in the current path of the LED driver.
A method of manufacturing a GaN-based film, comprising the steps of: preparing a composite substrate, the composite substrate including a support substrate in which a coefficient of thermal expansion in a main surface is more than 0.8 time and less than 1.2 times as high as a coefficient of thermal expansion of GaN crystal in a direction of a axis and a single crystal film arranged on a side of a main surface of said support substrate, said single crystal film having threefold symmetry with respect to an axis perpendicular to a main surface of said single crystal film; and forming a GaN-based film on the main surface of said single crystal film in said composite substrate, wherein said support substrate of said composite substrate is made of an Al 2 O 3 -SiO 2 -based sintered body. preparing a composite substrate, the composite substrate including a support substrate in which a coefficient of thermal expansion in a main surface is more than 0.8 time and less than 1.2 times as high as a coefficient of thermal expansion of GaN crystal in a direction of a axis and a single crystal film arranged on a side of a main surface of said support substrate, said single crystal film having threefold symmetry with respect to an axis perpendicular to a main surface of said single crystal film; and forming a GaN-based film on the main surface of said single crystal film in said composite substrate, wherein said support substrate of said composite substrate is made of an Al 2 O 3 -SiO 2 -based sintered body.
A method comprising: enabling, by a virtual machine monitor, VMM, an untrusted application and a trusted application, TA, to run on top of a single operating system, OS, running on a processor of a device while preventing the untrusted application from accessing memory used by the trusted application, wherein the OS comprises an untrusted interrupt descriptor table, IDT, with gates that associate interrupt vectors with untrusted interrupt service routines, ISRs,; creating, by the VMM, a virtual IDT, VIDT, with gates that associate interrupt vectors with trusted ISRs, wherein the trusted ISRs comprise a TA-enter ISR that causes the device to switch from an untrusted memory view associated with the untrusted application to a trusted memory view associated with the trusted application and to jump to a pre-determined location in the trusted application; configuring, by the VMM, the processor of the device to use the VIDT instead of the untrusted IDT, UIDT,; and after configuring the processor to use the VIDT instead of the UIDT, responding to a TA-enter interrupt used by the untrusted application by invoking the TA-enter ISR. enabling, by a virtual machine monitor, VMM, an untrusted application and a trusted application, TA, to run on top of a single operating system, OS, running on a processor of a device while preventing the untrusted application from accessing memory used by the trusted application, wherein the OS comprises an untrusted interrupt descriptor table, IDT, with gates that associate interrupt vectors with untrusted interrupt service routines, ISRs,; creating, by the VMM, a virtual IDT, VIDT, with gates that associate interrupt vectors with trusted ISRs, wherein the trusted ISRs comprise a TA-enter ISR that causes the device to switch from an untrusted memory view associated with the untrusted application to a trusted memory view associated with the trusted application and to jump to a pre-determined location in the trusted application; configuring, by the VMM, the processor of the device to use the VIDT instead of the untrusted IDT, UIDT,; and after configuring the processor to use the VIDT instead of the UIDT, responding to a TA-enter interrupt used by the untrusted application by invoking the TA-enter ISR.
An apparatus for automatically controlling a high-lift system of an aircraft, comprising: high-lift elements (21, 22) that can be set to a retracted and to several extended configurations for cruising flight, takeoff or landing, a flap control unit that by way of a control connection is connected, so as to be functionally effective, to a drive system (23, 24) of the high-lift elements (21, 22), and an operating unit, connected to the flap control unit, for entering operating instructions that influence the setting of the high-lift elements (21, 22), characterized in that the flap control unit is provided for calculating, depending on flight state data and/or further data relevant for flight operation, switching speeds for the adjustment of the high-lift elements (21, 22), which switching speeds are associated with the respective configurations of the high-lift elements (21, 22) as well as the directions of the configuration change, in that the flap control unit is provided to automatically generate the instructions instructing the configuration change depending on the flight speed, and in that the flap control unit is additionally provided for an automatic switchover of operating modes for takeoff and landing approach, respectively.
A method of maintaining a serviceable component of a gas turbine engine, comprising: selecting a used component, wherein said used component defines a plurality of film cooling holes having exits with an edge curvature radius; moving a fluid that entrains an abrasive material against a surface of the used component; and removing material from the used component using the abrasive, wherein the step of removing smoothes a surface of the used component; and characterised in that the step of removing reduces the edge curvature radius of said exits. selecting a used component, wherein said used component defines a plurality of film cooling holes having exits with an edge curvature radius; moving a fluid that entrains an abrasive material against a surface of the used component; and removing material from the used component using the abrasive, wherein the step of removing smoothes a surface of the used component; and characterised in that the step of removing reduces the edge curvature radius of said exits.
Post made of sheet metal for viticulture or fruit growing, having a substantially U-shaped cross-section with a U-back and two U-legs (3, 4), wherein at least one external hook for receiving a wire is formed on each of the U-legs (3, 4), wherein the hooks are formed from the U-legs (3, 4) by stamping and embossing and each have a hook base connected to the U-leg (3, 4) and a tongue extending approximately parallel to the U-leg (3, 4), characterized in that the tongue is designed to be cross-shaped, with two lateral wings (8, 9) and a free tongue end formed above the wings (8, 9), and that the two wings (8, 9) of a tongue are bent in the direction of the adjacent U-leg (3, 4). wherein the hooks are formed from the U-legs (3, 4) by stamping and embossing and each have a hook base connected to the U-leg (3, 4) and a tongue extending approximately parallel to the U-leg (3, 4), characterized in that the tongue is designed to be cross-shaped, with two lateral wings (8, 9) and a free tongue end formed above the wings (8, 9), and that the two wings (8, 9) of a tongue are bent in the direction of the adjacent U-leg (3, 4).
A breathing gases supply apparatus comprising: a Positive Airway Pressure, PAP, apparatus comprising a blower, the blower comprising a fan driven by an electric motor, a pressure sensor downstream to the fan, and a flow sensor downstream or upstream to the fan to measure the pressure and flow of gases breathed or supplied to a patient or user, a controller configured to receive input from the pressure and/or flow sensor indicative of patient breathing. characterised in that, a transmitter remote from the PAP apparatus and configured to communicate with the controller and transmit a control signal to an electronic apparatus, wherein the controller is configured to determine sleep in a patient based on the occurrence of a breathing pattern indicative of sleep, detected from the input received from the pressure and/or flow sensor and upon determining sleep, operate the transmitter to send a control signal to control an electronic apparatus, wherein the breathing pattern indicative of sleep is a sleep disorder breathing event and preferably the SDB event is one or more of a flow limitation, hypopnea or apnea, and wherein the controller is configured to determine sleep based on the any one or more of the following: number of SDB events, duration of SDB events, spread of SDB events, or types of SDB events. a Positive Airway Pressure, PAP, apparatus comprising a blower, the blower comprising a fan driven by an electric motor, a pressure sensor downstream to the fan, and a flow sensor downstream or upstream to the fan to measure the pressure and flow of gases breathed or supplied to a patient or user, a controller configured to receive input from the pressure and/or flow sensor indicative of patient breathing. characterised in that, a transmitter remote from the PAP apparatus and configured to communicate with the controller and transmit a control signal to an electronic apparatus, wherein the controller is configured to determine sleep in a patient based on the occurrence of a breathing pattern indicative of sleep, detected from the input received from the pressure and/or flow sensor and upon determining sleep, operate the transmitter to send a control signal to control an electronic apparatus, wherein the breathing pattern indicative of sleep is a sleep disorder breathing event and preferably the SDB event is one or more of a flow limitation, hypopnea or apnea, and wherein the controller is configured to determine sleep based on the any one or more of the following: number of SDB events, duration of SDB events, spread of SDB events, or types of SDB events. number of SDB events, duration of SDB events, spread of SDB events, or types of SDB events.
A photovoltaic module comprising: a photovoltaic element including a photovoltaic portion and a light-receiving surface electrode, the photovoltaic portion having a textured structure on a light-receiving surface, the light-receiving surface electrode being provided on a part of the light-receiving surface, and the light-receiving surface electrode is configured to include a plurality of finger portions and a plurality of bus bar portions; and a sealing member provided on the light-receiving surface of the photovoltaic element and including a first resin and a second resin, the first resin having a higher hydrophobic property than the second resin, characterized in that the second resin is provided only in the concavities of the textured structure positioned around a finger portion or positioned around a bus bar portion between the light-receiving surface and the first resin and does not completely fill the concavities, and has a higher adhesion strength to the photovoltaic element than the first resin. a photovoltaic element including a photovoltaic portion and a light-receiving surface electrode, the photovoltaic portion having a textured structure on a light-receiving surface, the light-receiving surface electrode being provided on a part of the light-receiving surface, and the light-receiving surface electrode is configured to include a plurality of finger portions and a plurality of bus bar portions; and a sealing member provided on the light-receiving surface of the photovoltaic element and including a first resin and a second resin, the first resin having a higher hydrophobic property than the second resin, characterized in that the second resin is provided only in the concavities of the textured structure positioned around a finger portion or positioned around a bus bar portion between the light-receiving surface and the first resin and does not completely fill the concavities, and has a higher adhesion strength to the photovoltaic element than the first resin.