mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: identifying a system of parallel electrically connected generators (10a, 10b) including a first generator and a second generator; receiving operation data for the first generator; determining a loss of speed control or a loss of voltage control at the second generator based on the operation data for the first generator by means of a controller (100, 200) comparing data from the generators (10a, 10b); and generating a command for the second generator based on the loss of speed control or the loss of voltage control, being characterized in that determining the loss of voltage control at the second generator based on the operation data for the first generator comprises: identifying reverse reactive power from the operation data for the first generator; and comparing the reverse reactive power to a threshold level, wherein the loss of voltage control is based on the reverse reactive power exceeding the threshold level. identifying a system of parallel electrically connected generators (10a, 10b) including a first generator and a second generator; receiving operation data for the first generator; determining a loss of speed control or a loss of voltage control at the second generator based on the operation data for the first generator by means of a controller (100, 200) comparing data from the generators (10a, 10b); and generating a command for the second generator based on the loss of speed control or the loss of voltage control, being characterized in that determining the loss of voltage control at the second generator based on the operation data for the first generator comprises: identifying reverse reactive power from the operation data for the first generator; and comparing the reverse reactive power to a threshold level, wherein the loss of voltage control is based on the reverse reactive power exceeding the threshold level.
Apparatus comprising a prosthesis for implantation at a native semilunar valve of a native valve complex, the prosthesis comprising: a prosthetic distal valve, which comprises a pliant material configured to collapse inwardly towards a longitudinal axis of the prosthesis during diastole, and to open outwardly during systole; a distal fixation member configured to be positioned in a downstream artery of the subject selected from the group consisting of: an ascending aorta, and a pulmonary trunk; and a proximal fixation member coupled to the distal fixation member, and configured to be positioned at least partially on a ventricular side of the native semilunar valve, and shaped so as to define a lattice that is shaped so as to define: an intermediary portion that is coupled to the pliant material of the valve and diverges outwardly from the longitudinal axis and is disposed at an angle α with respect to the axis, and a distal portion that is distal to the intermediary portion and diverges outwardly from the intermediary portion of the lattice and is disposed at an angle γ with respect to the intermediary portion, such that the portion of pliant material that is not coupled to lattice is prevented from contacting distal portion of the lattice during ordinary functioning on the prosthetic distal valve. a prosthetic distal valve, which comprises a pliant material configured to collapse inwardly towards a longitudinal axis of the prosthesis during diastole, and to open outwardly during systole; a distal fixation member configured to be positioned in a downstream artery of the subject selected from the group consisting of: an ascending aorta, and a pulmonary trunk; and a proximal fixation member coupled to the distal fixation member, and configured to be positioned at least partially on a ventricular side of the native semilunar valve, and shaped so as to define a lattice that is shaped so as to define: an intermediary portion that is coupled to the pliant material of the valve and diverges outwardly from the longitudinal axis and is disposed at an angle α with respect to the axis, and a distal portion that is distal to the intermediary portion and diverges outwardly from the intermediary portion of the lattice and is disposed at an angle γ with respect to the intermediary portion, such that the portion of pliant material that is not coupled to lattice is prevented from contacting distal portion of the lattice during ordinary functioning on the prosthetic distal valve. an intermediary portion that is coupled to the pliant material of the valve and diverges outwardly from the longitudinal axis and is disposed at an angle α with respect to the axis, and a distal portion that is distal to the intermediary portion and diverges outwardly from the intermediary portion of the lattice and is disposed at an angle γ with respect to the intermediary portion, such that the portion of pliant material that is not coupled to lattice is prevented from contacting distal portion of the lattice during ordinary functioning on the prosthetic distal valve.
An intraoral sensor (1, 100, 101) comprising: a scintillator including a first surface and a second surface; a fiber optical plate disposed on the second surface side of the scintillator; an image sensor disposed on an opposite side of the fiber optical plate from the scintillator; and a wiring board disposed on an opposite side of the image sensor from the fiber optical plate, wherein, when viewed from a direction perpendicular to the first surface of the scintillator, an outline of the scintillator, an outline of the fiber optical plate, an outline of the image sensor, and an outline of the wiring board are substantially aligned, characterized in that the image sensor is a back-surface irradiation type image sensor, and the intraoral sensor (1, 100, 101) further comprises a supporting substrate configured to support the image sensor between the image sensor and the wiring board. a scintillator including a first surface and a second surface; a fiber optical plate disposed on the second surface side of the scintillator; an image sensor disposed on an opposite side of the fiber optical plate from the scintillator; and a wiring board disposed on an opposite side of the image sensor from the fiber optical plate, wherein, when viewed from a direction perpendicular to the first surface of the scintillator, an outline of the scintillator, an outline of the fiber optical plate, an outline of the image sensor, and an outline of the wiring board are substantially aligned, characterized in that the image sensor is a back-surface irradiation type image sensor, and the intraoral sensor (1, 100, 101) further comprises a supporting substrate configured to support the image sensor between the image sensor and the wiring board.
A method for controlling access to application-specific operations defined by an application, comprising the steps of: receiving privilege information at a server that is distinct from the application, wherein the privilege information includes a privilege definition, said privilege definition defining: said application-specific operations; for each application-specific operation, a respective privilege for performing said application-specific operation; wherein said application-specific operations include a particular application-specific operation; after receiving privilege information, the server receiving an access control request from the application, for a particular user to perform the particular application-specific operation; in response to receiving the access control request, the server making a determination, based on the privilege information, whether the application may perform the particular application-specific operation for the particular user; and causing the server to communicate to the application an indication of whether the application may perform the particular application-specific operation for the particular user. receiving privilege information at a server that is distinct from the application, wherein the privilege information includes a privilege definition, said privilege definition defining: said application-specific operations; for each application-specific operation, a respective privilege for performing said application-specific operation; wherein said application-specific operations include a particular application-specific operation; said application-specific operations; for each application-specific operation, a respective privilege for performing said application-specific operation; wherein said application-specific operations include a particular application-specific operation; after receiving privilege information, the server receiving an access control request from the application, for a particular user to perform the particular application-specific operation; in response to receiving the access control request, the server making a determination, based on the privilege information, whether the application may perform the particular application-specific operation for the particular user; and causing the server to communicate to the application an indication of whether the application may perform the particular application-specific operation for the particular user.
A cooling apparatus of an internal combustion engine of a water-cooled motor vehicle, wherein a cooling fan is controlled by the driving shaft faced to a radiator which is protected by a louver arranged on a side of the motor vehicle and receiving a substantially tangential air flow, deriving from the forward motion of the motor vehicle, said louver having a lower fastening edge and a top fastening edge, wherein: • said louver comprises at least a current rib extending in a direction concurrent with the motion direction of the motor vehicle, intermediate between said lower fastening edge and a top fastening edge and more spaced-apart with respect thereto from the radiator; and • said louver comprises a plurality of blades (12, 13) extending on both sides of said current rib, transversal to the motion direction of the motor vehicle, having a front leading edge which is more spaced-apart from the radiator than the respective rear edge, characterized in that said current rib has a C-like section with the concavity faced towards the radiator, so as to increase the height of the empty space comprised therebetween and the radiator and so as to determine between louver and radiator, a space deviating the motion of the air sucked by the fan, and in that said at least a current rib being substantially parallel to the plane defined by the surface of the radiator faced thereto, so that the distance between them and said surface, defining said empty space, is constant if seen along the direction defining the forward motion of the motor vehicle. • said louver comprises at least a current rib extending in a direction concurrent with the motion direction of the motor vehicle, intermediate between said lower fastening edge and a top fastening edge and more spaced-apart with respect thereto from the radiator; and • said louver comprises a plurality of blades (12, 13) extending on both sides of said current rib, transversal to the motion direction of the motor vehicle, having a front leading edge which is more spaced-apart from the radiator than the respective rear edge,
A portable trans anal irrigation device comprising: a hand-held water management unit having a water cartridge and a controller wherein the water cartridge is releasably engageable with the controller and wherein the controller is shaped to fit in the palm of a user's hand and the user's fingers will wrap around the water cartridge, when the water cartridge is engaged with the controller; a pump and a motor for driving the pump, the pump and motor being mounted in the controller with the pump in fluid communication with the water cartridge when the cartridge is engaged with the controller; an irrigation arm defining a lumen therein and being removably connectable to the controller and, when the irrigation arm is so connected to the controller, the irrigation arm is in fluid communication with the pump, the irrigation arm including a head shaped for introducing water into a user's rectum; and wherein the controller includes a control button for activating the motor for releasing water from the water cartridge to the irrigation arm. a hand-held water management unit having a water cartridge and a controller wherein the water cartridge is releasably engageable with the controller and wherein the controller is shaped to fit in the palm of a user's hand and the user's fingers will wrap around the water cartridge, when the water cartridge is engaged with the controller; a pump and a motor for driving the pump, the pump and motor being mounted in the controller with the pump in fluid communication with the water cartridge when the cartridge is engaged with the controller; an irrigation arm defining a lumen therein and being removably connectable to the controller and, when the irrigation arm is so connected to the controller, the irrigation arm is in fluid communication with the pump, the irrigation arm including a head shaped for introducing water into a user's rectum; and wherein the controller includes a control button for activating the motor for releasing water from the water cartridge to the irrigation arm.
A method of fabricating an organic light emitting device (OLED) on a substrate, comprising: providing a flexible mold having surface features, wherein the mold is attached to a conveyor belt, wherein the mold moves with the conveyor belt, wherein the surface features are arranged to produce features on a substrate, and wherein the surface features are configured to enhance light extraction; forming the substrate over the mold; fabricating an OLED over the substrate while the substrate is in the mold; and removing the mold from the substrate having the OLED fabricated thereon, wherein the mold is removed from the substrate by separating the mold from the substrate when the mold bends around a roller of the conveyor belt, and wherein after removing the mold from the substrate, the substrate having the OLED fabricated thereon is flexible, and wherein a flexibility of the mold is greater than a flexibility of an assembly of the substrate and the OLED. providing a flexible mold having surface features, wherein the mold is attached to a conveyor belt, wherein the mold moves with the conveyor belt, wherein the surface features are arranged to produce features on a substrate, and wherein the surface features are configured to enhance light extraction; forming the substrate over the mold; fabricating an OLED over the substrate while the substrate is in the mold; and removing the mold from the substrate having the OLED fabricated thereon, wherein the mold is removed from the substrate by separating the mold from the substrate when the mold bends around a roller of the conveyor belt, and wherein after removing the mold from the substrate, the substrate having the OLED fabricated thereon is flexible, and wherein a flexibility of the mold is greater than a flexibility of an assembly of the substrate and the OLED.
A laser produced plasma light source, comprising: a plasma chamber having at least one wall that is configured to contain a flow of buffer gas within the plasma chamber; a droplet generator that dispenses a sequence of droplets of a non-metallic feed material in a solid or liquid state into the plasma chamber; a pulsed laser that generates a pulse of excitation light directed to a droplet of the feed material in the plasma chamber, the pulse of excitation light having a duration of less than one nanosecond, wherein the interaction of the pulse of excitation light with the droplet of the feed material causes the droplet to ionize to form a plasma that emits an illumination light, wherein the illumination light comprises broadband light in a spectral region from about 1 nanometer to about 20 nanometers, wherein the illumination light is useable to illuminate a specimen under measurement; a collector that gathers an amount of the illumination light emitted by the plasma and directs the amount of illumination light through a window of the plasma chamber; a gas recycling system configured to separate an amount of the feed material from the buffer gas and provide the amount of feed material to the droplet generator; the gas recycling system comprising: at least one cryogenic chamber to separate the amount of feed material from a portion of the buffer gas; and a distillation column to separate the amount of feed material from a residual portion of the buffer gas. a plasma chamber having at least one wall that is configured to contain a flow of buffer gas within the plasma chamber; a droplet generator that dispenses a sequence of droplets of a non-metallic feed material in a solid or liquid state into the plasma chamber; a pulsed laser that generates a pulse of excitation light directed to a droplet of the feed material in the plasma chamber, the pulse of excitation light having a duration of less than one nanosecond, wherein the interaction of the pulse of excitation light with the droplet of the feed material causes the droplet to ionize to form a plasma that emits an illumination light, wherein the illumination light comprises broadband light in a spectral region from about 1 nanometer to about 20 nanometers, wherein the illumination light is useable to illuminate a specimen under measurement; a collector that gathers an amount of the illumination light emitted by the plasma and directs the amount of illumination light through a window of the plasma chamber; a gas recycling system configured to separate an amount of the feed material from the buffer gas and provide the amount of feed material to the droplet generator; the gas recycling system comprising: at least one cryogenic chamber to separate the amount of feed material from a portion of the buffer gas; and a distillation column to separate the amount of feed material from a residual portion of the buffer gas. at least one cryogenic chamber to separate the amount of feed material from a portion of the buffer gas; and a distillation column to separate the amount of feed material from a residual portion of the buffer gas.
A process for the production of biomass comprising a biological compound selected from the group consisting of phytoene, lycopene, beta-carotene, alpha-carotene, beta-cryptoxanthin, lutein, zeaxanthin, astaxanthin, canthaxanthin, echinenone, 3-hydroxyechinenone, 3'-hydroxyechinenone, adonirubin, violaxanthin, adonixanthin, ubiquinone, vitamin K, vitamin E, retinol, retinal, retinoic acid and retinyl palmitate which is free of active nucleic acid molecules, said process comprises: a) fermenting a genetically modified cell at a temperature between 25°C and 40°C; b) degrading the nucleic acids of the genetically modified cell by changing the temperature to at least 50°C; and c) recovering the biological product isolated from the biomass; wherein the genetically modified cell being capable of producing said biological compound and having a growth optimum between 25°C and 40°C is selected from Yarrowia, Bacillus, Escherichia, Pseudomonas, Paracoccus, Corynebacterium, Candida, Hansenula, Saccharomyces, Mortierella, Schizosaccharomyces, Aspergillus, Fusarium, Trichoderma, Crypthecodinium, Schizochytrium, or Thraustochytrium, furthermore carrying a heterologous nucleic acid sequence encoding a thermophilic Taq I or Pho I nuclease gene with an enzymatic activity of 20% or less compared to the activity of said Taq I or Pho I at optimum temperature which is 65°C ± 5°C for Taq I and 75°C ± 5°C for Pho I, and wherein the degradation is conducted during the pasteurization of the host cell. a) fermenting a genetically modified cell at a temperature between 25°C and 40°C; b) degrading the nucleic acids of the genetically modified cell by changing the temperature to at least 50°C; and c) recovering the biological product isolated from the biomass;
A clamping system, in particular a zero-point clamping system, having two or more clamping receptacles each including at least one displaceable locking member and having two or more clamping pins (12, 14, 16, 18) disposable on a workpiece and insertable into said clamping receptacles, wherein said clamping pins (12, 14, 16, 18) in said clamping receptacles are lockable in a locking position by means of said locking members, characterized in that at least one clamping pin (12, 14, 16) is configured as a compensating clamping pin comprising a pin core having a circumferential groove disposed in the axial direction between pin-core-side shoulders (38, 40) and, in the area where said at least one locking member in said locking position acts against said compensating clamping pin, a retaining member disposed displaceably in the radial direction in said groove so that a compensation in the radial direction is possible when said locking member is moved to said locking position.
Engine assembly comprising a pylon having a bottom face and an engine surrounded by a nacelle extending about a longitudinal axis, the engine being suspended from and fixed to the pylon by a front engine attachment, at the front of the engine, and a rear engine attachment at the rear of the engine, the rear engine attachment comprising a support fixed to the bottom face of the pylon, a main shackle extending in a plane orthogonal to the longitudinal axis and fixed on one side to the engine and on the other side to the support by first and second supporting link axes (50, 51) positioned symmetrically with respect to a vertical plane parallel to the longitudinal axis, characterized in that on each side of the vertical plane and arranged symmetrically with respect to said plane, the main shackle and the engine are linked to one another by a main link (Lp1, Lp2) and a supplementary link (Ls1, Ls2) activated only in case of breakage of the main link (Lp1, Lp2), and in that the two supplementary links (Ls1, Ls2) are situated between the two main links (Lp1, Lp2).
A cutting and/or mixing tool, preferably a share, for an agricultural device, in particular for a soil cultivation device, in which the cutting and/or mixing tool has a base body preferably made from steel, which, at least in the region of the tip facing the soil, is provided with at least one solid carbide chip and/or at least one solid carbide plate on the front side which engages in the soil, characterised in that the front side of the base body, which engages in the soil, is reinforced with a full-surface coating immediately adjacent to the solid carbide chip or to the solid carbide plate, wherein the solid carbide surface does not have a reinforcing coating and wherein there are substantially no differences in height between the carbide surface and the coating surface.