mhurhangee/ep-ind-claims huggingface dataset:
A structured illumination imaging system, comprising: a photomask; a control module configured to determine the physical locations of the photomask relative to a sample required to construct a full composite image of the sample and to generate a randomized order for the determined physical locations; an illumination source configured to illuminate the sample through the photomask using an excitation light; one or more motors configured to move the photomask in accordance with the randomized order generated by the control module; a sensor configured to capture a plurality of images of the sample to generate a set of data points; an image generation module configured to use the randomized order to generate a composite image based on the set of data points and measuring the brightness of at least some of the data points and adjust the brightness of some of the data points, based on a model of certain observed imaging effects in order to eliminate such imaging effects in the generated image. a photomask; a control module configured to determine the physical locations of the photomask relative to a sample required to construct a full composite image of the sample and to generate a randomized order for the determined physical locations; an illumination source configured to illuminate the sample through the photomask using an excitation light; one or more motors configured to move the photomask in accordance with the randomized order generated by the control module; a sensor configured to capture a plurality of images of the sample to generate a set of data points; an image generation module configured to use the randomized order to generate a composite image based on the set of data points and measuring the brightness of at least some of the data points and adjust the brightness of some of the data points, based on a model of certain observed imaging effects in order to eliminate such imaging effects in the generated image.
Catalyst comprising nickel and copper, in a proportion of 1% and 50% by weight of nickel element, measured by x-ray fluorescence, relative to the total weight of the catalyst, and a second metallic element of copper, in a proportion of 0.5% to 15% by weight of copper element, measured by x-ray fluorescence, relative to the total weight of the catalyst, and an alumina support, said catalyst being characterized in that: - the nickel is distributed both on a crust at the periphery of the support, and in the core of the support, the thickness of said crust, measured by Castaing microprobe, being between 2% and 15% of the diameter of the catalyst; - the nickel density ratio between the crust and the core is strictly greater than 3; - said crust comprises more than 25% by weight of nickel element relative to the total weight of nickel contained in the catalyst; - the mole ratio between nickel and copper is between 0.5 and 5; - at least one portion of the nickel and copper is in the form of a nickel-copper alloy; - the nickel content in the nickel-copper alloy is between 0.5% and 15% by weight of nickel element relative to the total weight of the catalyst, - the size of the nickel particles, measured in oxide form, in the catalyst is less than 7 nm. - the nickel is distributed both on a crust at the periphery of the support, and in the core of the support, the thickness of said crust, measured by Castaing microprobe, being between 2% and 15% of the diameter of the catalyst; - the nickel density ratio between the crust and the core is strictly greater than 3; - said crust comprises more than 25% by weight of nickel element relative to the total weight of nickel contained in the catalyst; - the mole ratio between nickel and copper is between 0.5 and 5; - at least one portion of the nickel and copper is in the form of a nickel-copper alloy; - the nickel content in the nickel-copper alloy is between 0.5% and 15% by weight of nickel element relative to the total weight of the catalyst, - the size of the nickel particles, measured in oxide form, in the catalyst is less than 7 nm.
A switching mode power supply, comprising: an output filter configured to provide output of the switching mode power supply; a driver coupled to the output filter and configured to switch current to the output filter; a pulse width modulator configured to generate pulses that control switching of current by the driver, the pulse width modulator including: spread spectrum logic configured to randomize timing of the pulses generated by the pulse width modulator, including a counter configured to control the randomized timing of the pulses that control switching of current by the driver; and a pulse adaptation circuitry; wherein the pulse adaptation circuitry is configured to: identify an instantaneous excursion of the output of the switching mode power supply beyond a predetermined threshold; and change a count value of the counter to modify the randomized timing of the pulses produced by the pulse width modulator based on the identified instantaneous excursion. an output filter configured to provide output of the switching mode power supply; a driver coupled to the output filter and configured to switch current to the output filter; a pulse width modulator configured to generate pulses that control switching of current by the driver, the pulse width modulator including: spread spectrum logic configured to randomize timing of the pulses generated by the pulse width modulator, including a counter configured to control the randomized timing of the pulses that control switching of current by the driver; and a pulse adaptation circuitry; wherein the pulse adaptation circuitry is configured to: identify an instantaneous excursion of the output of the switching mode power supply beyond a predetermined threshold; and change a count value of the counter to modify the randomized timing of the pulses produced by the pulse width modulator based on the identified instantaneous excursion.
A window assembly, in particular vehicle body window assembly, comprising at least one glass pane and a profile frame component which surrounds the edges of the glass pane and is placed on the pane edge on one side of the glass pane, characterised in that the profile frame component is multi-layered, wherein a layer which can be placed onto the glass pane is manufactured from a hard material, and at least one further layer is manufactured from a soft material; the profile frame component, in its layer manufactured from hard material, has contact elements (9, 10) which can be brought into contact with the glass pane and have application faces for an adhesive, and in its layer manufactured from soft material, has projections (12, 13) which protrude beyond the layer of hard material.
A crystalline form of darunavir (Formula I), wherein the crystalline form is Form I, characterized by an X-ray powder diffraction (XRPD) pattern having peaks at about 7.2°, 17.8°, and 25.1° 2-θ ± 0.2° 2-θ; and wherein the X-ray powder diffraction (XRPD) pattern has further peaks at about 10.8°, 14.3° and 18.3° 2-θ ± 0.2° 2-θ.
An apparatus, for collecting and transporting urine away from the body of a male person or animal, the apparatus comprising: a fluid impermeable casing defining an opening, an interior region, and a fluid outlet; a fluid permeable support defining a reservoir, the support disposed within the interior region; a fluid permeable membrane disposed on the support and covering at least a portion of the support, the fluid permeable membrane at least partially defining a cavity; a tube having a first end disposed in the reservoir and extending through the fluid outlet to a second, fluid discharge end; wherein the apparatus is configured to be disposed with a user's penis disposed through the opening and with the urethral opening of the penis disposed within the cavity, to receive urine discharged from the urethral opening through the membrane, the support, and into the reservoir, and to have the received urine withdrawn from the reservoir via the tube and out of the fluid discharge end of the tube; the apparatus characterized in that the fluid impermeable casing is bowl-shaped and in that the fluid permeable support is configured to maintain the permeable membrane in a particular shape. a fluid impermeable casing defining an opening, an interior region, and a fluid outlet; a fluid permeable support defining a reservoir, the support disposed within the interior region; a fluid permeable membrane disposed on the support and covering at least a portion of the support, the fluid permeable membrane at least partially defining a cavity; a tube having a first end disposed in the reservoir and extending through the fluid outlet to a second, fluid discharge end; wherein the apparatus is configured to be disposed with a user's penis disposed through the opening and with the urethral opening of the penis disposed within the cavity, to receive urine discharged from the urethral opening through the membrane, the support, and into the reservoir, and to have the received urine withdrawn from the reservoir via the tube and out of the fluid discharge end of the tube; the apparatus characterized in that the fluid impermeable casing is bowl-shaped and in that the fluid permeable support is configured to maintain the permeable membrane in a particular shape.
Radically polymerizable dental material, which comprises at least one radically polymerizable monomer and a combination of a thiourea derivative and a hydroperoxide as initiator system for the radical polymerization and does not comprise an amine, characterized in that it additionally comprises at least one peroxide in a quantity of from 1 to 15 wt.-% relative to the mass of the hydroperoxide, wherein hydroperoxides are not peroxides within the meaning of this claim.
Floor-standing energy dispenser (101; 201; 301; 401; 501) comprising - a base plate, - a funnel-like casing with a funnel inlet and a funnel outlet, - a tube-like neck with a tube inlet and a tube outlet, - a head, - at least one charging socket (106; 107), - a cable harness and - an energy storage device for electrical energy, - wherein the casing is connected by its funnel inlet to the base plate, - wherein the casing merges by its funnel outlet with the inlet of the neck and - wherein the neck merges by its outlet with the head, - wherein the at least one charging socket (106; 107) is arranged in the head, - wherein the at least one charging socket (106; 107) is connected to a first end (110a, 110b) of the cable harness, - wherein the cable harness is led out of the head through an interior space of the neck into a hollow space of the casing, - wherein the energy storage device is arranged in the hollow space of the casing and - wherein a second end of the cable harness is connected to the energy storage device. - a base plate, - a funnel-like casing with a funnel inlet and a funnel outlet, - a tube-like neck with a tube inlet and a tube outlet, - a head, - at least one charging socket (106; 107), - a cable harness and - an energy storage device for electrical energy, - wherein the casing is connected by its funnel inlet to the base plate, - wherein the casing merges by its funnel outlet with the inlet of the neck and - wherein the neck merges by its outlet with the head, - wherein the at least one charging socket (106; 107) is arranged in the head, - wherein the at least one charging socket (106; 107) is connected to a first end (110a, 110b) of the cable harness, - wherein the cable harness is led out of the head through an interior space of the neck into a hollow space of the casing, - wherein the energy storage device is arranged in the hollow space of the casing and - wherein a second end of the cable harness is connected to the energy storage device.
A regulation method for regulating pressure within a first rocket engine propellant tank, said rocket engine having a first propellant tank containing a first propellant and a second propellant tank containing a second propellant that is different from the first propellant, and a regulator device for regulating pressure within the first tank, the regulator device comprising a gas generator and a heat exchanger co-operating with the gas generator so as to vaporize at least part of the first propellant prior to reintroducing it into the first tank, the gas generator and the heat exchanger both being fed with the first propellant by a single first variable-flowrate motor-driven pump, while the gas generator is fed with the second propellant by a single second variable-flowrate motor-driven pump, the method being characterized in that the flow rate of the first motor-driven pump is controlled as a function of a first parameter, while the flow rate of the second motor-driven pump is controlled as a function of a second parameter distinct from the first parameter.
A polypeptide comprising a fragment having cellulolytic activity and being selected from the group consisting of: a) a polypeptide comprising an amino acid sequence having at least 80% identity to SEQ ID NO: 24; and b) a fragment of a) having cellulolytic activity. a) a polypeptide comprising an amino acid sequence having at least 80% identity to SEQ ID NO: 24; and b) a fragment of a) having cellulolytic activity.
A surface treater, comprising: a backing roll for supporting a material passing through the treater; an active electrode being a roller electrode and having a discharge surface disposed opposite the backing roll; at least two rollers rolling in sealing engagement with the roller electrode at opposite feed and exit sides of the treater so as to confine a discharge chamber at feed and exit sides of the treater, wherein the at least two rollers are configured for sealingly engaging the material; wherein the discharge chamber confined by the backing roll, the at least two rollers, and the discharge surface of the active electrode; and a high voltage power supply operatively connected to the active electrode; wherein energization of the active electrode ionizes a process gas within the discharge chamber. a backing roll for supporting a material passing through the treater; an active electrode being a roller electrode and having a discharge surface disposed opposite the backing roll; at least two rollers rolling in sealing engagement with the roller electrode at opposite feed and exit sides of the treater so as to confine a discharge chamber at feed and exit sides of the treater, wherein the at least two rollers are configured for sealingly engaging the material; wherein the discharge chamber confined by the backing roll, the at least two rollers, and the discharge surface of the active electrode; and a high voltage power supply operatively connected to the active electrode; wherein energization of the active electrode ionizes a process gas within the discharge chamber.
A device, comprising: a scintillator layer configured to convert x-ray or gamma ray photons into photons of visible light; a photodiode layer configured to convert visible light produced by the scintillator layer into an electric current; an integrated circuit, IC, layer situated below the photodiode layer and configured to receive and process the electric current, characterised in that electrical contacts of the IC layer are directly connected to electrical contacts of the photodiode layer using wire-bonding; and the wire-bonding is covered with a protective material while bottom part of the IC layer is left at least partly exposed. a scintillator layer configured to convert x-ray or gamma ray photons into photons of visible light; a photodiode layer configured to convert visible light produced by the scintillator layer into an electric current; an integrated circuit, IC, layer situated below the photodiode layer and configured to receive and process the electric current, characterised in that electrical contacts of the IC layer are directly connected to electrical contacts of the photodiode layer using wire-bonding; and the wire-bonding is covered with a protective material while bottom part of the IC layer is left at least partly exposed.
A monitoring device for monitoring a transformer comprising a tap changer, said transformer having at least two magnetically coupled windings (12, 14) arranged at a first and a second transformer side and the tap changer comprising impedance elements (Ri, R2) and a switch configured to gradually pass the impedance elements when changing between two tap changer positions (P1, P4) during a tap change operation, the monitoring device comprising: a waveform analyzer characterized by being operative to obtain waveforms of measured power transmission properties (Iin, Uin, Iout, Uout) recorded at the first and second transformer sides, said measured power transmission properties being currents and/or voltages, process the recorded waveforms for obtaining at least one waveform representing a tap change operation, and extract information (ODT, AMP) indicative of the health of the tap change from said at least one waveform that represents the tap change operation, wherein the extracted information comprises an operation duration time covering at least a part of the tap change operation and/or an amplitude of said at least one waveform representing the tap change operation. a waveform analyzer characterized by being operative to obtain waveforms of measured power transmission properties (Iin, Uin, Iout, Uout) recorded at the first and second transformer sides, said measured power transmission properties being currents and/or voltages, process the recorded waveforms for obtaining at least one waveform representing a tap change operation, and extract information (ODT, AMP) indicative of the health of the tap change from said at least one waveform that represents the tap change operation, wherein the extracted information comprises an operation duration time covering at least a part of the tap change operation and/or an amplitude of said at least one waveform representing the tap change operation.
A method for controlling a rod severer of the tobacco processing industry, wherein the rod severer is designed to sever a rod (124, 124') formed on a rod maker into a rod part unsuitable for further processing and a rod part suitable for further processing, characterized in that it can be specified, or is specified, at which location of the rod (124, 124') the rod (124, 124') is severed.
Storage-stable film intended to be reeled to a plurality of superposed film layers, said film comprising a sealing pattern, at the edge of one side, perpendicular to the unwinding direction of the reeled film, said film being characterized in that said sealing pattern has the shape of a continuous or interrupted V-shaped or U-shaped strip, the unwinding force of the reeled film, after storage at 40°C during 48 hours, being at least 10% less compared to the unwinding force of a reeled film wherein the film comprises a continuous straight line-shaped strip sealing pattern, perpendicular to the unwinding direction of the reeled film, said pattern having the same width and thickness as the V-shaped or U-shaped strip and covering the same rectilinear distance as the V- or U-shaped strip, the unwinding force corresponding to the weight, fixed in the middle of the end of the reeled film, needed to unwind the reeled film automatically.
A water separator comprises: an axially extending airflow passage; an airflow mixer disposed within the airflow passage, and configured to impart a non-axial flow component on airflow through the airflow passage; a plurality of electric plates of alternating charge, disposed within the airflow passage downstream of the airflow mixer so as to create an electric field region within the airflow passage; and a mechanical separator disposed within the airflow passage, downstream of the airflow mixer and axially at least partially within the electric field region, disposed to separate water droplets from air. an axially extending airflow passage; an airflow mixer disposed within the airflow passage, and configured to impart a non-axial flow component on airflow through the airflow passage; a plurality of electric plates of alternating charge, disposed within the airflow passage downstream of the airflow mixer so as to create an electric field region within the airflow passage; and a mechanical separator disposed within the airflow passage, downstream of the airflow mixer and axially at least partially within the electric field region, disposed to separate water droplets from air.
Radiation-emitting device having a first and at least a second radiation-emitting organic component comprising - in each case a substrate having a first main area, to which a first electrode is applied, - in each case an organic layer sequence arranged on the first electrode, wherein the organic layer sequence has at least one organic layer suitable for generating radiation, - in each case a second electrode arranged on the organic layer sequence, and - in each case an encapsulation arranged on the substrate above the organic layer sequence and the second electrode, wherein the first radiation-emitting organic component is electrically and mechanically connected to the at least second radiation-emitting organic component, characterized in that the connection between the first and the at least second radiation-emitting organic component is formed as a flexible contact bridge, wherein the flexible contact bridge is embodied such that it is more flexible than the substrate of the first and of the at least second radiation-emitting organic component and the flexible contact bridge is embodied as a clampable, metallically bridged double pin. - in each case a substrate having a first main area, to which a first electrode is applied, - in each case an organic layer sequence arranged on the first electrode, wherein the organic layer sequence has at least one organic layer suitable for generating radiation, - in each case a second electrode arranged on the organic layer sequence, and - in each case an encapsulation arranged on the substrate above the organic layer sequence and the second electrode,
An attachment and detachment device enabling suction and separation of a workpiece, the device comprising: a machinable ceramic layer; an adhesion activating layer provided on the machinable ceramic layer; an electrode layer provided on the adhesion activating layer; and a dielectric layer provided on the electrode layer, wherein the electrode layer is covered with the adhesion activating layer and the dielectric layer, and the dielectric layer has a volume resistivity of 10 9 to 10 12 Ω·cm. a machinable ceramic layer; an adhesion activating layer provided on the machinable ceramic layer; an electrode layer provided on the adhesion activating layer; and a dielectric layer provided on the electrode layer, wherein the electrode layer is covered with the adhesion activating layer and the dielectric layer, and the dielectric layer has a volume resistivity of 10 9 to 10 12 Ω·cm.