mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a fluorescent lamp having a nominal power (WLa) and stabilized with an EM ballast and supplied with a supply power comprising a supply voltage and supply current with current frequency (f) and current period, the method comprising the steps of, after starting and during normal operation, short-circuiting the lamp during an uninterrupted closing time interval during each current period in order to operate the lamp at a reduced power, the method further comprising the steps of: - detecting whether the lamp is stabilized by means of an inductive ballast in an L-system or stabilized by means of a capacitive ballast in an LC-system; - if it is found that the lamp is stabilized by means of an inductive ballast in an L-system, setting the timing of the closing time interval such that the closing time interval is located entirely between two successive zero-crossings of the current; or - if it is found that the lamp is stabilized by means of a capacitive ballast in an LC-system, setting the timing of the closing time interval such that the closing time interval has a first closing time segment immediately before a zero-crossing of the current, having a first duration (Δ1) higher than zero, and a second closing time segment immediately after said zero-crossing of the current, having a second duration (Δ2) higher than zero. - detecting whether the lamp is stabilized by means of an inductive ballast in an L-system or stabilized by means of a capacitive ballast in an LC-system; - if it is found that the lamp is stabilized by means of an inductive ballast in an L-system, setting the timing of the closing time interval such that the closing time interval is located entirely between two successive zero-crossings of the current; or - if it is found that the lamp is stabilized by means of a capacitive ballast in an LC-system, setting the timing of the closing time interval such that the closing time interval has a first closing time segment immediately before a zero-crossing of the current, having a first duration (Δ1) higher than zero, and a second closing time segment immediately after said zero-crossing of the current, having a second duration (Δ2) higher than zero.
A method for determining a preferred relative arrangement of digital restoration designs and digital representations of multi-shaded milling blocks for use when manufacturing a left-right set of dental restorations from multi-shaded milling blocks, the method comprising: - obtaining digital representations of mirror symmetric first and e- second multi-shaded milling blocks, where each digital representation comprises shade data describing the shade distribution of the multi-shaded milling block; - obtaining a first and a second digital restoration design of a left-right set of dental restorations; and - determining a preferred first relative arrangement of the first digital restoration design and the digital representation of the first multi-shaded milling block by adjusting the relative arrangement of the first digital restoration design and the digital representation of the first milling block while inspecting a simulated image; and - determining a preferred second relative arrangement of the second digital restoration design and the digital representation of the second multi-shaded milling block by mirroring the preferred first relative arrangement using computer implemented algorithms. - obtaining digital representations of mirror symmetric first and e- second multi-shaded milling blocks, where each digital representation comprises shade data describing the shade distribution of the multi-shaded milling block; - obtaining a first and a second digital restoration design of a left-right set of dental restorations; and - determining a preferred first relative arrangement of the first digital restoration design and the digital representation of the first multi-shaded milling block by adjusting the relative arrangement of the first digital restoration design and the digital representation of the first milling block while inspecting a simulated image; and - determining a preferred second relative arrangement of the second digital restoration design and the digital representation of the second multi-shaded milling block by mirroring the preferred first relative arrangement using computer implemented algorithms.
A non-transitory memory resource including instructions executable by a processing resource to: receive monitored device information for a plurality of devices in a network, wherein the plurality of devices in the network comprise at least one device of an unknown device type and devices with known device types; identify behavior attributes for the plurality of devices based on the monitored device information; cluster the plurality of devices into groups based on the behavior attributes; identify a device type for each of the plurality of devices based on the group in which each of the plurality of devices belongs; present identifiers for each of the plurality of devices, based on the device type of each of the plurality of devices; characterised by further including instructions to select an identifier from the presented identifiers, for the at least one device of an unknown device type based on a tenant to which the at least one device of an unknown type belongs. receive monitored device information for a plurality of devices in a network, wherein the plurality of devices in the network comprise at least one device of an unknown device type and devices with known device types; identify behavior attributes for the plurality of devices based on the monitored device information; cluster the plurality of devices into groups based on the behavior attributes; identify a device type for each of the plurality of devices based on the group in which each of the plurality of devices belongs; present identifiers for each of the plurality of devices, based on the device type of each of the plurality of devices; characterised by further including instructions to select an identifier from the presented identifiers, for the at least one device of an unknown device type based on a tenant to which the at least one device of an unknown type belongs.
A pouring spout for attachment to a container neck, comprising an outer tubular portion for enclosing an exterior surface of the neck and having a centre axis, and an inward extending projection for engaging an exterior flange of the neck for fastening the spout to the neck, wherein the spout also comprises an inner tubular portion extending in the axial direction for engaging an interior surface of the neck, wherein the inner tubular portion is spaced apart from the outer tubular portion in the radial direction to form a gap between the outer tubular portion and the inner tubular portion, characterised in that a surface of the inner tubular portion facing the outer tubular portion is formed with a plurality of radially displaced steps, such that the inner tubular portion is tapered downward toward a free end thereof.
An apparatus comprising: a receiver arranged to: receive a first signal from a base unit, wherein the first signal is used for indicating scheduling information for a first uplink transmission; and receive a third signal from the base unit, wherein the third signal is used for determining a first one or more symbols of the first uplink transmission to be blanked, and wherein: the third signal indicates a transmission resource for a second uplink transmission; a priority of the first uplink transmission is lower than a priority of the second uplink transmission; the second uplink transmission precedes the first uplink transmission; and the first uplink transmission at least partially overlaps the second uplink transmission; a processor arranged to determine the first one or more symbols of the first uplink transmission to be blanked based on the third signal; and a transmitter arranged to transmit the first uplink transmission to the base unit with the first one or more symbols blanked. a receiver arranged to: receive a first signal from a base unit, wherein the first signal is used for indicating scheduling information for a first uplink transmission; and receive a third signal from the base unit, wherein the third signal is used for determining a first one or more symbols of the first uplink transmission to be blanked, and wherein: the third signal indicates a transmission resource for a second uplink transmission; a priority of the first uplink transmission is lower than a priority of the second uplink transmission; the second uplink transmission precedes the first uplink transmission; and the first uplink transmission at least partially overlaps the second uplink transmission; receive a first signal from a base unit, wherein the first signal is used for indicating scheduling information for a first uplink transmission; and receive a third signal from the base unit, wherein the third signal is used for determining a first one or more symbols of the first uplink transmission to be blanked, and wherein: the third signal indicates a transmission resource for a second uplink transmission; a priority of the first uplink transmission is lower than a priority of the second uplink transmission; the second uplink transmission precedes the first uplink transmission; and the first uplink transmission at least partially overlaps the second uplink transmission; the third signal indicates a transmission resource for a second uplink transmission; a priority of the first uplink transmission is lower than a priority of the second uplink transmission; the second uplink transmission precedes the first uplink transmission; and the first uplink transmission at least partially overlaps the second uplink transmission; a processor arranged to determine the first one or more symbols of the first uplink transmission to be blanked based on the third signal; and a transmitter arranged to transmit the first uplink transmission to the base unit with the first one or more symbols blanked.
Isolated egg yolk lecithin product comprising a total fat content comprising an ω6 long chain polyunsaturated fatty acid (LCPUFA) portion having at least a phospholipidic fraction, characterized in that the phospholipidic fraction of said ω6 LCPUFA ranges from 30 mg/g to 100 mg/g total fat content; and a ω3 LCPUFA portion comprises a docosahexaenoic acid portion having a phospholipidic fraction ranging from 3.4 mg/g to 13.6 mg/g total fat content.
Power supply including at least one power module, where each power module includes a first plate-like heat sink (2.1), a second plate-like heat sink (2.2), a first PCB (3.1) and a power circuit, where the plate-like heat sinks (2.1, 2.2) are arranged in parallel at a distance and the first PCB (3.1) is arranged between the plate-like heat sinks (2.1, 2.2)and the power circuit includes a planar transformer with windings and a magnetic core wherein the windings are formed by traces on the first PCB (3.1) and wherein the magnetic core is thermally connected to at least one of the plate-like heat sinks (2.1, 2.2) and wherein the magnetic core includes two core parts (26.1, 26.2), characterised in that an electrical insulator (9.1) is arranged between the two core parts (26.1, 26.2) and the insulator (9.1) defines a gap between the magnetic core parts (26.1, 26.2).
A slurry composition for an adhesive layer of a non-aqueous secondary battery comprising a particulate polymer, a sulfosuccinic acid ester or a salt thereof, and water, wherein the particulate polymer is a core-shell structure body which has a core portion and a shell portion covering at least a portion of an outer surface of the core portion, and a content ratio of the sulfosuccinic acid ester or the salt thereof is 0.5 part by weight or more, and 5 parts by weight or less relative to 100 parts by weight of the particulate polymer. the particulate polymer is a core-shell structure body which has a core portion and a shell portion covering at least a portion of an outer surface of the core portion, and a content ratio of the sulfosuccinic acid ester or the salt thereof is 0.5 part by weight or more, and 5 parts by weight or less relative to 100 parts by weight of the particulate polymer.
A header of a harvesting machine, the header comprising a road transport system with two pairs of wheels (104, 106) and two wheel frames (108, 110), each wheel frame (108, 110) connected to one of the pairs of wheels (104, 106), wherein: the two wheel frames (108, 110) are rotatable between a field operation position and a road transport position and each of the two wheel frames (108, 110) includes a vertical axle and a horizontal axle, and a first end of the vertical axle is connected to the header and a second end of the vertical axle is connected to a middle point of the horizontal axle, characterized in that the header comprises a steering system connected between at least one of the two pairs of wheels and a corresponding wheel frame, and that the steering system includes a kingpin connection between each steered wheel and an end of the horizontal axle of the corresponding wheel frame. the two wheel frames (108, 110) are rotatable between a field operation position and a road transport position and each of the two wheel frames (108, 110) includes a vertical axle and a horizontal axle, and a first end of the vertical axle is connected to the header and a second end of the vertical axle is connected to a middle point of the horizontal axle, characterized in that the header comprises a steering system connected between at least one of the two pairs of wheels and a corresponding wheel frame, and that the steering system includes a kingpin connection between each steered wheel and an end of the horizontal axle of the corresponding wheel frame.
Actuator attachment for actuating a valve, in particular a radiator valve, comprising an actuator section as well as an adapter, wherein the adapter is unrotatably coupleable to the actuator section in a plurality of discreet relative rotational positions, wherein the adapter is unrotatably coupled to the actuator section when the actuator section is rotated in a first rotational direction and is rotatably coupled in an opposite, second rotational direction, characterized in that the actuator attachment comprises a coupling mechanism that is engagable to unrotatably couple the adapter to the actuator section temporarily in the second rotational direction as well.
Adjusting piece for the positionally secure introduction of electric cables into pipes as protection against damage when fixing the pipes, wherein the adjusting piece has a single channel running in the longitudinal direction, wherein the adjusting piece is designed as a stopper to be inserted into the pipe opening, and the channel running in the longitudinal direction for receiving the electric cable is provided in the jacket of said stopper, characterized in that in order to fix the pipe end, a cross hole is provided through the pipe wall and the stopper in the region of the centre of the pipe.
Method for replacing a cover plate of a guide vane of a gas turbine comprising a blade having an outer platform connectable to a guide vane carrier or gas turbine casing and at the opposite end an inner platform that carries a cover plate, wherein the inner platform has a dovetail housing to which said cover plate is connected, characterised by separating the cover plate from the inner platform by cutting along the profile of the dovetail housing, then making the cover plate to slide out of the dovetail housing, thus inserting a new or refurbished cover plate into the dovetail housing.
A trap for monitoring the presence of crawling insects, said trap being a closed box comprising a chamber with an attractant lure and glue placed on the bottom to catch insects, characterized in that it has lower openings made in the bottom of the trap, the openings being connected to curved input channels made at the bottom of the trap.
Burner head formed on a primary portion of a gas burner, the burner head is formed by a hollow cylindrical welded-on piece, the bottom internal circumference of a welded-on piece being welded to an outer burner feed pipe and the top internal circumference of the being welded to the inner burner feed pipe, the head being provided with a power nozzles arranged in an area of a bevelled front face and with an annular flame catcher having a triangular cross-section with the upper leg perpendicularly adjoining the outer wall of the head and with a hypotenuse extending in a slanting inward and downward direction, characterized in that underneath the the power nozzles stabilizing nozzles are arranged in the cylindrical wall at the angle (ß) relative to the same, wherein underneath the stabilizing nozzles the flame catcher is arranged.
A method of manufacturing an electronic device, comprising the successive steps of: a) performing an ion implantation of indium or of aluminum into an upper portion of a first single-crystal gallium nitride layer, to make the upper portion of the first layer amorphous and to preserve the crystal structure of a lower portion of the first layer; and b) performing a solid phase recrystallization anneal of the upper portion of the first layer, resulting in transforming the upper portion of the first layer into a crystalline indium gallium nitride or aluminum gallium nitride layer. a) performing an ion implantation of indium or of aluminum into an upper portion of a first single-crystal gallium nitride layer, to make the upper portion of the first layer amorphous and to preserve the crystal structure of a lower portion of the first layer; and b) performing a solid phase recrystallization anneal of the upper portion of the first layer, resulting in transforming the upper portion of the first layer into a crystalline indium gallium nitride or aluminum gallium nitride layer.
A light emitting device comprising: a first conductivity type semiconductor layer; an active layer on the first conductivity type semiconductor layer; a second conductivity type semiconductor layer on the active layer; a current spreading layer on the second conductivity type semiconductor layer; a bonding layer on the current spreading layer; a first electrode layer on the first conductivity type semiconductor layer, wherein at least a part of the first electrode layer overlaps with the first conductivity type semiconductor layer in the horizontal direction; and a second electrode layer on the current spreading layer, the second electrode being electrically connected to the second conductivity type semiconductor layer, and wherein the light emitting device comprises a light extracting structure on the bonding layer, wherein the light extracting structure includes a first light extracting structure having no surface texture or pattern disposed on the bonding layer and a second light extracting structure having a surface texture or a pattern disposed on the first light extracting structure, and characterized in that the second light extracting structure includes group-III nitride-based elements having nitrogen polarity or group-II oxide-based elements having oxygen polarity. a first conductivity type semiconductor layer; an active layer on the first conductivity type semiconductor layer; a second conductivity type semiconductor layer on the active layer; a current spreading layer on the second conductivity type semiconductor layer; a bonding layer on the current spreading layer; a first electrode layer on the first conductivity type semiconductor layer, wherein at least a part of the first electrode layer overlaps with the first conductivity type semiconductor layer in the horizontal direction; and a second electrode layer on the current spreading layer, the second electrode being electrically connected to the second conductivity type semiconductor layer, and wherein the light emitting device comprises a light extracting structure on the bonding layer, wherein the light extracting structure includes a first light extracting structure having no surface texture or pattern disposed on the bonding layer and a second light extracting structure having a surface texture or a pattern disposed on the first light extracting structure, and characterized in that the second light extracting structure includes group-III nitride-based elements having nitrogen polarity or group-II oxide-based elements having oxygen polarity.
A vehicle door leaf handle, comprising: - an actuator movably mounted between a rest position of the actuator and an unlocking position of the door leaf, - a gripping portion of the handle capable of directly controlling the actuator, said gripping portion being mounted movable in rotation about an axis and including an elongated arm driving said actuator, and - a blocking member arranged to occupy a rest position in which it blocks the actuator in the rest position of the actuator, characterized in that said blocking member extends through the elongated arm and in that said blocking member, in the rest position, penetrates into the actuator, in particular into a circumferential face of said actuator. - an actuator movably mounted between a rest position of the actuator and an unlocking position of the door leaf, - a gripping portion of the handle capable of directly controlling the actuator, said gripping portion being mounted movable in rotation about an axis and including an elongated arm driving said actuator, and - a blocking member arranged to occupy a rest position in which it blocks the actuator in the rest position of the actuator,
An apparatus comprising: a sensing arrangement configured to sense a variation in capacitance arising from a proximity of a user interface device at or over a sensing area of a touch surface, said sensing arrangement comprising: a first array (4 1) of capacitive sensor electrodes comprising a first plurality of distinct capacitive sensor electrodes distributed in a first layer (16 1) over a first sensing area (8 1); first conductive traces (10 1) operatively connected to the first plurality of distinct capacitive sensor electrodes; a second array (4 2) of capacitive sensor electrodes comprising a second plurality of distinct capacitive sensor electrodes distributed in a second layer (16 2) over a second sensing area (8 2), wherein the first layer (16 1) and the second layer (16 2) are different layers, and wherein the first sensing area and the second sensing area do not overlap; second conductive traces (10 2) operatively connected to the second plurality of distinct capacitive sensor electrodes, wherein the second conductive traces (10 2) are routed underneath the first array (4 1) of capacitive sensor electrodes, and wherein the second conductive traces (10 2) where they are routed underneath the first array (4 1) of capacitive sensor electrodes are wider than the first conductive traces (10 1). a first array (4 1) of capacitive sensor electrodes comprising a first plurality of distinct capacitive sensor electrodes distributed in a first layer (16 1) over a first sensing area (8 1); first conductive traces (10 1) operatively connected to the first plurality of distinct capacitive sensor electrodes; a second array (4 2) of capacitive sensor electrodes comprising a second plurality of distinct capacitive sensor electrodes distributed in a second layer (16 2) over a second sensing area (8 2), wherein the first layer (16 1) and the second layer (16 2) are different layers, and wherein the first sensing area and the second sensing area do not overlap; second conductive traces (10 2) operatively connected to the second plurality of distinct capacitive sensor electrodes, wherein the second conductive traces (10 2) are routed underneath the first array (4 1) of capacitive sensor electrodes, and wherein the second conductive traces (10 2) where they are routed underneath the first array (4 1) of capacitive sensor electrodes are wider than the first conductive traces (10 1).