mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor structure having a pair of transistor devices, one of the pair of devices being a column III-V transistor device and the other one of the pair of transistor devices being a non-column III-V transistor device, comprising: a silicon substrate; a dielectric layer; a non-column III-V semiconductor layer disposed on the substrate over the dielectric layer; the column III-V transistor device formed in an AlGaN active region semiconductor layer on a III-V material stack consisting of GaN material on an AlN nucleation or transition layer over one region of the substrate and the non-column III-V transistor device formed in the non-column III-V semiconductor layer over the dielectric layer over another region of the substrate; a barrier of column III-V material disposed vertically through the non-column III-V semiconductor layer and the dielectric layer and around one of the pair of transistor devices to separate the non-column III-V semiconductor layer into electrically isolated regions and to electrically isolate the column III-V transistor device from the non-column III-V transistor device; and a dielectric or protection layer formed on top of the barrier of column III-V material and the active region semiconductor layer; wherein the barrier of column III-V material is formed at the same time as, and from the same column III-V materials as, said III-V material stack which is part of the material forming the column III-V transistor device, and wherein no active region layer is formed on the barrier of column III-V material such that there is no sheet charge associated with an active region layer on the barrier of column III-V material. a silicon substrate; a dielectric layer; a non-column III-V semiconductor layer disposed on the substrate over the dielectric layer; the column III-V transistor device formed in an AlGaN active region semiconductor layer on a III-V material stack consisting of GaN material on an AlN nucleation or transition layer over one region of the substrate and the non-column III-V transistor device formed in the non-column III-V semiconductor layer over the dielectric layer over another region of the substrate; a barrier of column III-V material disposed vertically through the non-column III-V semiconductor layer and the dielectric layer and around one of the pair of transistor devices to separate the non-column III-V semiconductor layer into electrically isolated regions and to electrically isolate the column III-V transistor device from the non-column III-V transistor device; and a dielectric or protection layer formed on top of the barrier of column III-V material and the active region semiconductor layer; wherein the barrier of column III-V material is formed at the same time as, and from the same column III-V materials as, said III-V material stack which is part of the material forming the column III-V transistor device, and wherein no active region layer is formed on the barrier of column III-V material such that there is no sheet charge associated with an active region layer on the barrier of column III-V material.
A surface compacting method in which a compacting tool is driven in rotation along an axis parallel to a surface to be compacted, comprising a leading part with a lower face and an upper face forming a wedge characterized in that the lower face and the upper face intersect at a leading ridge, the lower face of the leading part extending rearwards from the compacting tool through a convex sole (4, 4') expanded outside the revolution cylinder provided by the leading ridge during the rotation, and the compacting tool is further moved in translation, in a direction parallel to the surface to be compacted, so as to advance the compacting tool with respect to the surface to be compacted, the compacting tool being oriented and adjusted such that, during the rotating movement, the leading part slides on the surface to be compacted, the sole (4, 4') then sliding on the surface by abutting thereon so as to compact the surface.
A RFID tag connection system, comprising: a first RFID tag comprising at least one first antenna (26) configured to receive first RF power in received first wireless RF signals, a first energy storage device (36) configured to store excess energy derived from excess received first RF power, and one or more first energy sharing conductors (90, 90); coupled to the first energy storage device; and a second RFID tag (82) comprising at least one second antenna (27) configured to receive second RF power in received second wireless RF signals, and one or more second energy sharing conductors (90) the first energy storage device forming a shared energy storage device when the one or more first energy sharing conductors of the first RFID tag are connected to the one or more second energy sharing conductors of the second RFID tag; the first RFID tag further comprises a first power manager (44) configured to store excess energy derived from the excess received first RF power in the shared energy storage device if the received first RF power exceeds a first operational threshold power for the first RFID tag; and the second RFID tag further comprises a second power manager (44) configured to store excess energy derived from excess received second RF power in the shared energy storage device if the received second RF power exceeds a second operational threshold power for the second RFID tag. a first RFID tag comprising at least one first antenna (26) configured to receive first RF power in received first wireless RF signals, a first energy storage device (36) configured to store excess energy derived from excess received first RF power, and one or more first energy sharing conductors (90, 90); coupled to the first energy storage device; and a second RFID tag (82) comprising at least one second antenna (27) configured to receive second RF power in received second wireless RF signals, and one or more second energy sharing conductors (90) the first energy storage device forming a shared energy storage device when the one or more first energy sharing conductors of the first RFID tag are connected to the one or more second energy sharing conductors of the second RFID tag; the first RFID tag further comprises a first power manager (44) configured to store excess energy derived from the excess received first RF power in the shared energy storage device if the received first RF power exceeds a first operational threshold power for the first RFID tag; and the second RFID tag further comprises a second power manager (44) configured to store excess energy derived from excess received second RF power in the shared energy storage device if the received second RF power exceeds a second operational threshold power for the second RFID tag.
Method for activating a motor vehicle lock, which has a drive for adjusting an actuating element, wherein the drive has a rotor and a stator, wherein the drive has a coil arrangement with at least two coils and wherein, by different, in particular stationary, activation of the coil arrangement, at least two magnetically stable drive positions of the rotor are adopted, wherein, in a measuring routine, the measuring coil voltages present at at least one coil are determined as measured values, wherein an operating state of the drive is determined from the measured values and wherein, in a decision-making routine, a decision on the triggering of a control action is made in dependence on the operating state.
A manually handleable device for applying adhesives, having a solid, preferably pen- or rod-shaped adhesive element, interacting with means electrically generating heat for liquefaction, and a housing (10; 30) constructed for accommodating the adhesive element, which housing offers an outlet opening (18; 32) at the end for distributing the liquefied adhesive, wherein the means for liquefaction have an electrical heating device (20; 50), which is supplied with power in a network-independent manner by a battery unit (12; 46) accommodated in the housing, and the heating device and the adhesive element are in contact with one another during the adhesive application, due to manual actuation or due to spring action, particularly under the action of force, characterised in that the heating device has a heating element in the region of the outlet opening, so that the adhesive element acts in a melting manner against the heating element in an operating state, the means for liquefaction have an electrical resistance characteristic effecting a temperature regulation or interact electrically with an electrical resistance element having a temperature dependence, and the housing is stretched into a pen shape and constructed in such a manner that it can manually be guided in the manner of a pen for applying adhesive to an adhesive-application destination external to the housing.
Method for producing a strip steel knife with a hardened cutting edge, wherein a steel strip which has, proximally, an intermediate stage structure and, on the surface, a decarburisation (4, 4'), and which is substantially rectangular in cross-section, is subjected to a metal-cutting machining to form a longitudinal cutting edge, and subsequently a hardening of the material in the cutting edge region (6, 7), characterised in that, in a first step, a metal-cutting shaping of the blade bevels (3, 3'; 5, 5') to form a cutting edge takes place on the longitudinal side, whereupon, in a second step, a hardening of the cutting edge region (6; 7) is carried out, which blade bevels (3, 3') subsequently, in a third step for shaping the surface towards the cutting edge, undergoes a metal-cutting machining by fine machining by means of smoothing, after which, in a fourth step, at least one subsequent hardening in the cutting edge region (6, 7) is carried out and an increase in hardness of the material in the distal cutting edge region towards the cutting edge takes place.
A method comprising: establishing a plurality of paths capable of transmitting a stream of data packets from a source network device to a destination network device; replicating each data packet in the stream of data packets at the source network device such that one copy of each data packet is transmitted on each of the plurality of paths; recognizing a failure of a first network device on a first path of the plurality of paths; notifying each network device of the plurality of paths of the failure of the first network device; replicating the stream of data packets at a designated network device on a second path which does not contain the first network device; and providing the replicated stream of data packets to a second network device on the first path, wherein the destination network device receives the stream of data packets from the first path containing the first and second network devices and the second path containing the designated network device. establishing a plurality of paths capable of transmitting a stream of data packets from a source network device to a destination network device; replicating each data packet in the stream of data packets at the source network device such that one copy of each data packet is transmitted on each of the plurality of paths; recognizing a failure of a first network device on a first path of the plurality of paths; notifying each network device of the plurality of paths of the failure of the first network device; replicating the stream of data packets at a designated network device on a second path which does not contain the first network device; and providing the replicated stream of data packets to a second network device on the first path, wherein the destination network device receives the stream of data packets from the first path containing the first and second network devices and the second path containing the designated network device.
An apparatus for determining abnormal combustion in an internal combustion engine having a plurality of cylinders, comprising: abnormal combustion detecting means for detecting, for each cylinder, a cylinder in which abnormal combustion has occurred; abnormality occurring cylinder storage means for storing the cylinder in which abnormal combustion has occurred; load history storage means for storing a history of load applied during an operation; and based on the cylinder stored in the abnormality occurring cylinder storage means and the history, major factor identifying means for identifying a major factor causing an oil to flow into the cylinder from among relations established for factors of oil flowing into the cylinder according to the abnormal combustion occurring cylinder and the load. abnormal combustion detecting means for detecting, for each cylinder, a cylinder in which abnormal combustion has occurred; abnormality occurring cylinder storage means for storing the cylinder in which abnormal combustion has occurred; load history storage means for storing a history of load applied during an operation; and based on the cylinder stored in the abnormality occurring cylinder storage means and the history, major factor identifying means for identifying a major factor causing an oil to flow into the cylinder from among relations established for factors of oil flowing into the cylinder according to the abnormal combustion occurring cylinder and the load.
Ankle joint orthosis for stabilizing a human ankle joint, comprising: a non-rigid, boot-shaped, open-fronted base body made from a flexible textile material, with a lower sole segment, above the rear end of which is a rear insert segment of the base body for the calf, a bracing system designed and positioned to (mostly gradually) close the orthosis around the ankle joint and to hold it firmly against it, whereby the orthosis is a rigid, medial splint element, in particular a flexible, elastic element, that when worn is positioned on the inside of the foot and lower leg, and a flexible, elastic lateral splint element that when worn is positioned on the outside of the foot and lower leg, whereby the splint elements (16, 18) are separate components and, when worn, are spaced apart from each other, whereby the medial splint element, when worn and viewed distally from above the ankle joint, reaches up to the middle of the calcaneus, characterized in that the medial splint element, when worn, extends with its lower end beneath the ankle joint back to the rear third, in particular the rear quarter, in particular the rear sixth, of the calcaneus, in particular up to the calcaneal tuberosity, in particular until the position of the insert segment for the calf. a non-rigid, boot-shaped, open-fronted base body made from a flexible textile material, with a lower sole segment, above the rear end of which is a rear insert segment of the base body for the calf, a bracing system designed and positioned to (mostly gradually) close the orthosis around the ankle joint and to hold it firmly against it, whereby the orthosis is a rigid, medial splint element, in particular a flexible, elastic element, that when worn is positioned on the inside of the foot and lower leg, and a flexible, elastic lateral splint element that when worn is positioned on the outside of the foot and lower leg, whereby the splint elements (16, 18) are separate components and, when worn, are spaced apart from each other, whereby the medial splint element, when worn and viewed distally from above the ankle joint, reaches up to the middle of the calcaneus, characterized in that the medial splint element, when worn, extends with its lower end beneath the ankle joint back to the rear third, in particular the rear quarter, in particular the rear sixth, of the calcaneus, in particular up to the calcaneal tuberosity, in particular until the position of the insert segment for the calf.
A gas turbine engine comprising: one of a turbine section and a compressor section comprised of a plurality of stages; at least one of the stages in the plurality of stages defining an outer diameter comprised of a plurality of circumferentially arranged blade outer air seals, each blade outer air seal being spaced from each adjacent blade outer air seal in the plurality of circumferentially arranged blade outer air seals via a mateface gap an airstream is received at each blade outer air seal, and is flowed circumferentially through the blade outer air seal to provide cooling air to the blade outer air seal, wherein the mateface gap is oblique to a radius of the gas turbine engine, such that the cooling air entering the mateface gap from the blade outer air seals is directed to an inner diameter surface of at least one of the blade outer air seals in the plurality of blade outer air seals; and characterised in that at least one of the mateface gaps includes a cross sectional outlet area that is smaller than a cross sectional area of the mateface gap where the cooling air enters the gap thereby creating a nozzle fluid exit. one of a turbine section and a compressor section comprised of a plurality of stages; at least one of the stages in the plurality of stages defining an outer diameter comprised of a plurality of circumferentially arranged blade outer air seals, each blade outer air seal being spaced from each adjacent blade outer air seal in the plurality of circumferentially arranged blade outer air seals via a mateface gap an airstream is received at each blade outer air seal, and is flowed circumferentially through the blade outer air seal to provide cooling air to the blade outer air seal, wherein the mateface gap is oblique to a radius of the gas turbine engine, such that the cooling air entering the mateface gap from the blade outer air seals is directed to an inner diameter surface of at least one of the blade outer air seals in the plurality of blade outer air seals; and characterised in that at least one of the mateface gaps includes a cross sectional outlet area that is smaller than a cross sectional area of the mateface gap where the cooling air enters the gap thereby creating a nozzle fluid exit.
A sprayable and/or trowelable dispersion composition, comprising - polymer foam particles, - at least one light filler, wherein the light fillers have a density of less than or equal to 600 g/1 and are selected from the group consisting of expanded glass; expanded volcanic rocks; expanded clay; expanded slate; glass concrete; foam glass; porous volcanic rock; flue ash; boiler sand; expanded vermiculite; hollow silica microspheres; expanded aluminum silicates; amorphous aluminum silicates; calcium silicate hydrates; layered silicates; silica aerogels; cork particles and any mixtures of the indicated light fillers, - at least one fibrous material in the form of cut fibers, - at least one organic binder, - at least one additional filler, wherein this additional filler has a density greater than 600 g/l, and - water, and further comprising - at least one thickening agent and/or at least one wetting or dispersing agent and/or at least one preservative agent and/or at least one flame retardant and/or at least one coloring agent and/or at least one defoaming agent, wherein the averaged particle size of the polymer foam particles is greater than the averaged particle size of the light filler and also greater than the averaged particle size of the additional filler. - polymer foam particles, - at least one light filler, wherein the light fillers have a density of less than or equal to 600 g/1 and are selected from the group consisting of expanded glass; expanded volcanic rocks; expanded clay; expanded slate; glass concrete; foam glass; porous volcanic rock; flue ash; boiler sand; expanded vermiculite; hollow silica microspheres; expanded aluminum silicates; amorphous aluminum silicates; calcium silicate hydrates; layered silicates; silica aerogels; cork particles and any mixtures of the indicated light fillers, - at least one fibrous material in the form of cut fibers, - at least one organic binder, - at least one additional filler, wherein this additional filler has a density greater than 600 g/l, and - water, and further comprising - at least one thickening agent and/or at least one wetting or dispersing agent and/or at least one preservative agent and/or at least one flame retardant and/or at least one coloring agent and/or at least one defoaming agent, at least one wetting or dispersing agent and/or at least one preservative agent and/or at least one flame retardant and/or at least one coloring agent and/or at least one defoaming agent,
A near-field communications device, comprising: a first near-field antenna responsive to both electric near-fields and magnetic near-fields and including a set of conductive surfaces (125, 130) having a first planar orientation resulting in a first radiation pattern; a second antenna responsive only to electric near-fields comprising a set of conductive surfaces (125, 130) having a second planar orientation resulting in a second radiation pattern, wherein the first planar orientation and the second planar orientation are not parallel to each other whereby the first radiation pattern and the second radiation pattern are not spatially aligned; a receiver configured to be coupled to the first near-field antenna and to the second antenna; wherein the receiver is configured to subtract a second signal received from the second antenna from a first near-field signal received from the first near-field antenna. a first near-field antenna responsive to both electric near-fields and magnetic near-fields and including a set of conductive surfaces (125, 130) having a first planar orientation resulting in a first radiation pattern; a second antenna responsive only to electric near-fields comprising a set of conductive surfaces (125, 130) having a second planar orientation resulting in a second radiation pattern, wherein the first planar orientation and the second planar orientation are not parallel to each other whereby the first radiation pattern and the second radiation pattern are not spatially aligned; a receiver configured to be coupled to the first near-field antenna and to the second antenna; wherein the receiver is configured to subtract a second signal received from the second antenna from a first near-field signal received from the first near-field antenna.
A method of detecting a dangerous situation, the method comprising: obtaining at least one image comprising a first object capable of generating a movement, by using a dynamic vision sensor, DVS; detecting, from the at least one image, a first image comprising the first object in a predefined pose; determining whether a situation of the first object is a dangerous situation by analyzing the first image; in response to the situation of the first object being determined to be the dangerous situation, obtaining at least one detailed image including surrounding environment information of the first object generated by moving the DVS with a vibrator; and determining a degree of danger of the first object by analyzing the at least one detailed image. obtaining at least one image comprising a first object capable of generating a movement, by using a dynamic vision sensor, DVS; detecting, from the at least one image, a first image comprising the first object in a predefined pose; determining whether a situation of the first object is a dangerous situation by analyzing the first image; in response to the situation of the first object being determined to be the dangerous situation, obtaining at least one detailed image including surrounding environment information of the first object generated by moving the DVS with a vibrator; and determining a degree of danger of the first object by analyzing the at least one detailed image.