mhurhangee/ep-ind-claims huggingface dataset:
A light emitting device, comprising: an n-type semiconductor layer; a p-type semiconductor layer; an active region interposed between said n-type semiconductor layer and said p-type semiconductor layer; and a three-dimensional polarization-graded, 3DPG, structure on said n-type layer opposite said active region, wherein said 3DPG structure has a wurtzite crystal structure and is grown along the crystal direction, and characterised in that said 3DPG structure comprises at least one repeatable stack unit, wherein said repeatable stack unit comprises: a retrograded layer proximate to said n-type semiconductor layer, said retrograded layer compositionally retrograded from a first material to a second material over a grading distance: and a silicon, Si, delta-doped layer adjacent to the retrograded layer opposite the n-type semiconductor layer. an n-type semiconductor layer; a p-type semiconductor layer; an active region interposed between said n-type semiconductor layer and said p-type semiconductor layer; and a three-dimensional polarization-graded, 3DPG, structure on said n-type layer opposite said active region, wherein said 3DPG structure has a wurtzite crystal structure and is grown along the crystal direction, and characterised in that said 3DPG structure comprises at least one repeatable stack unit, wherein said repeatable stack unit comprises: a retrograded layer proximate to said n-type semiconductor layer, said retrograded layer compositionally retrograded from a first material to a second material over a grading distance: and a silicon, Si, delta-doped layer adjacent to the retrograded layer opposite the n-type semiconductor layer. a retrograded layer proximate to said n-type semiconductor layer, said retrograded layer compositionally retrograded from a first material to a second material over a grading distance: and a silicon, Si, delta-doped layer adjacent to the retrograded layer opposite the n-type semiconductor layer.
Method to enhance delivery capacity for traffic in a communication network, comprising the following steps: - receiving to an access point, a request to monitor traffic (SA, SI, S2); - receiving from the access point to a Delivery Function, the requested traffic (SA, SI, S2) with originally coded Quality of Services QoS (X3QoSA, X3QoS1, X3QoS2); characterized by - receiving to the Delivery Function, a specification of requested QoS (HI3QoSA, HI3QoSl, HI3QoS2), which QoS corresponds to monitoring aims; - comparing the requested QoS (HI3QoSA, HI3QoS1, HI3QoS2) with the originally coded QoS (X3QoSA, X3QOS1, X3QoS2); - establishing, based on the comparison, that the requested QoS (HI3QoSA, HI3QoSl, HI3QoS2) is lower than the originally coded QoS (X3QoSA, X3QOS1, X3QoS2); - transcoding the received traffic (SA, SI, S2) into requested QoS (HI3QoSA, HI3QoSl, HI3QoS2). - receiving to an access point, a request to monitor traffic (SA, SI, S2); - receiving from the access point to a Delivery Function, the requested traffic (SA, SI, S2) with originally coded Quality of Services QoS (X3QoSA, X3QoS1, X3QoS2); characterized by - receiving to the Delivery Function, a specification of requested QoS (HI3QoSA, HI3QoSl, HI3QoS2), which QoS corresponds to monitoring aims; - comparing the requested QoS (HI3QoSA, HI3QoS1, HI3QoS2) with the originally coded QoS (X3QoSA, X3QOS1, X3QoS2); - establishing, based on the comparison, that the requested QoS (HI3QoSA, HI3QoSl, HI3QoS2) is lower than the originally coded QoS (X3QoSA, X3QOS1, X3QoS2); - transcoding the received traffic (SA, SI, S2) into requested QoS (HI3QoSA, HI3QoSl, HI3QoS2).
An adapter module for generating a passive intermodulation comprising: a first connection element comprising a first housing that limits a housing recess, in which a first conductive contact is arranged; a second connection element comprising a second conductive contact, wherein the first connection element and the second connection element can be connected with each other in order to electrically connect the first conductive contact and the second conductive contact; and a ferromagnetic powder to manipulate a magnetic field for the intermodulation, wherein the ferromagnetic powder is fixed in the housing recess by means of a substance-to-substance bond and at least partially encompasses the first conductive contact and is electrically insulated from the first electrical contact; characterized in that the first conductive contact is enclosed by a casing in a non-contact manner, wherein the ferromagnetic powder is fixed by means of a substance-to-substance bond on the inner wall of the casing that faces the first conductive contact. a first connection element comprising a first housing that limits a housing recess, in which a first conductive contact is arranged; a second connection element comprising a second conductive contact, wherein the first connection element and the second connection element can be connected with each other in order to electrically connect the first conductive contact and the second conductive contact; and a ferromagnetic powder to manipulate a magnetic field for the intermodulation, wherein the ferromagnetic powder is fixed in the housing recess by means of a substance-to-substance bond and at least partially encompasses the first conductive contact and is electrically insulated from the first electrical contact; characterized in that the first conductive contact is enclosed by a casing in a non-contact manner, wherein the ferromagnetic powder is fixed by means of a substance-to-substance bond on the inner wall of the casing that faces the first conductive contact.
An electrical connection assembly (204,304) for an evaporator, the assembly comprising an evaporator (202,302) having an exterior side (212,312); a frame (216,316) fixedly connected to the exterior side of the evaporator; and a tray (222,322) having at least one aperture in a wall thereof and supporting a quick-connect electrical system, the tray configured within at least a portion of the frame; wherein the tray is slideable from a first position to a second position, the first position being a closed position wherein the quick-connect electrical system is secured within the frame and the quick-connect electrical system is protected from the environment, and the second position being an open position that is removed from the first position and configured to enable access to the quick-connect electrical system within the tray.
Method for constructing a contention device (20, 30) including at least the following steps: - a step of modelling a contention apparatus in the form of a tape; - a step of constructing the contention apparatus by machining a slab of composite polymer material or by 3D printing; - a step of constructing a positioning duct by thermoforming on a support assembly which includes the contention apparatus and a die, representing at least one dental arch, whereon the contention apparatus is positioned; - a step of obtaining the contention device (20, 30) on the die, the contention device including the positioning duct and the contention apparatus in the form of a tape positioned in the positioning duct; and - a step of separating the contention device (20, 30) from the die. - a step of modelling a contention apparatus in the form of a tape; - a step of constructing the contention apparatus by machining a slab of composite polymer material or by 3D printing; - a step of constructing a positioning duct by thermoforming on a support assembly which includes the contention apparatus and a die, representing at least one dental arch, whereon the contention apparatus is positioned; - a step of obtaining the contention device (20, 30) on the die, the contention device including the positioning duct and the contention apparatus in the form of a tape positioned in the positioning duct; and - a step of separating the contention device (20, 30) from the die.
Lighting method implemented by a lighting device comprising: - an actuator storing two light maps; - a control system (CTRL_S); and - a light source, the method comprising: a) definition, by the control system (CTRL_S), of a parameter of the lighting device; b) transmission of this parameter by the control system (CTRL_S) to the actuator; c) generation, by the actuator, with the light source, of a light beam producing an image corresponding to a light map obtained by modifying a light map stored in the actuator using the parameter received from the control system (CTRL_S), characterized in that the method comprises: f) detection, by the actuator, of a possible malfunction in the lighting device; g) in case of detection of a malfunction, generation, by the actuator, with the light source, of a light beam producing an image corresponding to a light map stored in the actuator. - an actuator storing two light maps; - a control system (CTRL_S); and - a light source, a) definition, by the control system (CTRL_S), of a parameter of the lighting device; b) transmission of this parameter by the control system (CTRL_S) to the actuator; c) generation, by the actuator, with the light source, of a light beam producing an image corresponding to a light map obtained by modifying a light map stored in the actuator using the parameter received from the control system (CTRL_S), f) detection, by the actuator, of a possible malfunction in the lighting device; g) in case of detection of a malfunction, generation, by the actuator, with the light source, of a light beam producing an image corresponding to a light map stored in the actuator.
Method of controlling a permanent magnet generator, the method comprising: measuring mechanical noise of the generator; deriving two quantities indicative of an amplitude and a phase of an undesired harmonic of the measured noise; deriving, based on the quantities, a current (145, 115) to be injected in stator coils of the generator such as to reduce the undesired harmonic, characterized in that the mechanical noise of the generator is measured using a microphone arranged a distance away from the generator, wherein deriving the quantities comprises: determining a delay time of a propagation of the noise over the distance from the generator to the microphone; delaying an electrical phase of the undesired harmonic with the delay time; performing a dq-transformation of the measured noise, the dq-transformation being defined by a frequency and the delayed electrical phase of the undesired harmonic, to obtain a d-component and a q-component of the undesired harmonic of the noise as the quantities. measuring mechanical noise of the generator; deriving two quantities indicative of an amplitude and a phase of an undesired harmonic of the measured noise; deriving, based on the quantities, a current (145, 115) to be injected in stator coils of the generator such as to reduce the undesired harmonic, characterized in that the mechanical noise of the generator is measured using a microphone arranged a distance away from the generator, determining a delay time of a propagation of the noise over the distance from the generator to the microphone; delaying an electrical phase of the undesired harmonic with the delay time; performing a dq-transformation of the measured noise, the dq-transformation being defined by a frequency and the delayed electrical phase of the undesired harmonic, to obtain a d-component and a q-component of the undesired harmonic of the noise as the quantities.
A resource configuration method, wherein the method comprises: receiving a resource configuration that is of a physical uplink control channel, PUCCH, used for beam failure recovery and that is sent by a network device, wherein the resource configuration of the PUCCH comprises a corresponding transmit beam of the PUCCH; and when a beam failure event is detected, sending (S102, S103) a beam failure recovery request to the network device based on the resource configuration of the PUCCH and a corresponding periodicity of the PUCCH; wherein when the beam failure recovery request and an uplink measurement signal are to be transmitted in a same time domain resource, the beam failure recovery request is preferentially transmitted; wherein in a same time domain resource comprises: in a same symbol and the uplink measurement signal is a sounding reference signal, SRS. receiving a resource configuration that is of a physical uplink control channel, PUCCH, used for beam failure recovery and that is sent by a network device, wherein the resource configuration of the PUCCH comprises a corresponding transmit beam of the PUCCH; and when a beam failure event is detected, sending (S102, S103) a beam failure recovery request to the network device based on the resource configuration of the PUCCH and a corresponding periodicity of the PUCCH; wherein when the beam failure recovery request and an uplink measurement signal are to be transmitted in a same time domain resource, the beam failure recovery request is preferentially transmitted; wherein in a same time domain resource comprises: in a same symbol and the uplink measurement signal is a sounding reference signal, SRS.
Conveyor system comprising - a transport device that can be moved along a substantially vertical path of travel and - a linear motor comprising a primary part arranged on said transport device and a secondary part arranged along the path of travel, - wherein the primary part has a primary winding, wherein the conveyor system is embodied as an elevator, in particular a passenger elevator, characterised in that - the primary part has at least one permanent magnet and - wherein the secondary part has a profile in the direction of the path of travel, comprising alternately arranged grooves and teeth, wherein a brake winding is arranged on the secondary part such that it can generate a braking force by interacting with the permanent magnet to brake said transport device, wherein the conveyor system has a switch for switching the brake winding to a short circuit or for connecting the brake winding to a capacitor, wherein a braking resistor is arranged in particular in parallel or in series with the capacitor, wherein the switch is configured such that the brake winding is short-circuited or connected to the capacitor when the conveyor system is in a currentless state. - a transport device that can be moved along a substantially vertical path of travel and - a linear motor comprising a primary part arranged on said transport device and a secondary part arranged along the path of travel, - wherein the primary part has a primary winding, wherein the conveyor system is embodied as an elevator, in particular a passenger elevator, characterised in that - the primary part has at least one permanent magnet and - wherein the secondary part has a profile in the direction of the path of travel, comprising alternately arranged grooves and teeth, wherein a brake winding is arranged on the secondary part such that it can generate a braking force by interacting with the permanent magnet to brake said transport device, wherein the conveyor system has a switch for switching the brake winding to a short circuit or for connecting the brake winding to a capacitor, wherein a braking resistor is arranged in particular in parallel or in series with the capacitor, wherein the switch is configured such that the brake winding is short-circuited or connected to the capacitor when the conveyor system is in a currentless state.
A method of fabricating an LED, comprising: forming a semiconductor stack structure by sequentially forming a first semiconductor layer, an active layer, and a second semiconductor layer over a conductive substrate and forming an electrode over the conductive substrate; forming laser grooves formed to penetrate from the electrode to part of the conductive substrate by performing laser scribing on the electrode; and characterized by forming a plating layer formed over and in contact with the electrode and configured to fill the laser groove. forming a semiconductor stack structure by sequentially forming a first semiconductor layer, an active layer, and a second semiconductor layer over a conductive substrate and forming an electrode over the conductive substrate; forming laser grooves formed to penetrate from the electrode to part of the conductive substrate by performing laser scribing on the electrode; and characterized by forming a plating layer formed over and in contact with the electrode and configured to fill the laser groove.
A system for classifying a human subject as having mild periodontitis or advanced periodontitis, the system comprising: - detection means configured to measure in a sample of oral fluid of the subject the concentrations of the biomarkers Hepatocyte Growth Factor, Matrix metalloproteinase 8, Matrix metalloproteinase 9, Interleukin-1β (IL1β), Interleukin-6 (II,6), Collagen Telopeptide, and, optionally, metallopeptidase inhibitor 1 (TIMP1); - one or more processing units configured to determine a classification result from the measured concentrations of biomarkers in an oral fluid sample of the subject; wherein the system is configured to measure, in a first stage, the concentrations of a set of biomarkers comprising HGF, MMP8, and MMP9 so as to obtain a measurement result of first-stage concentrations, and wherein a processing unit is configured to process said first-stage concentrations such as to present a result whether or not to measure, in a second stage, the concentrations of a set of biomarkers comprising IL1-β, IL6, and Collagen Telopeptide, whereby said processing unit is optionally configured to process said first-stage concentrations such as to alternatively indicate to measure, in a second stage, the concentration of TEMPI, wherein the system is configured to obtain a measurement result of second-stage concentrations, and whereby a processing unit is configured to process the second-stage concentrations such as to present a classification result of mild or advanced periodontitis. - detection means configured to measure in a sample of oral fluid of the subject the concentrations of the biomarkers Hepatocyte Growth Factor, Matrix metalloproteinase 8, Matrix metalloproteinase 9, Interleukin-1β (IL1β), Interleukin-6 (II,6), Collagen Telopeptide, and, optionally, metallopeptidase inhibitor 1 (TIMP1); - one or more processing units configured to determine a classification result from the measured concentrations of biomarkers in an oral fluid sample of the subject; wherein the system is configured to measure, in a first stage, the concentrations of a set of biomarkers comprising HGF, MMP8, and MMP9 so as to obtain a measurement result of first-stage concentrations, and wherein a processing unit is configured to process said first-stage concentrations such as to present a result whether or not to measure, in a second stage, the concentrations of a set of biomarkers comprising IL1-β, IL6, and Collagen Telopeptide, whereby said processing unit is optionally configured to process said first-stage concentrations such as to alternatively indicate to measure, in a second stage, the concentration of TEMPI, wherein the system is configured to obtain a measurement result of second-stage concentrations, and whereby a processing unit is configured to process the second-stage concentrations such as to present a classification result of mild or advanced periodontitis.
A rotor comprising a rotor body having at least one rotor groove for receiving a blade for use in a gas turbine engine comprising: an airfoil (118; 502) and a dovetail (126; 500), said airfoil (118; 502) extending radially outwardly of said dovetail (126; 500); and an inner surface of said dovetail (126; 500) including a slot (200; 503) extending along a length of said dovetail (126; 500) between a leading edge and a trailing edge; characterised in that the ends of said slot (200; 503) at both said leading and trailing edges (121, 122) curve into axial ends of said dovetail (126; 500); wherein said ends of said slot (200; 503) being formed on a compound curve; wherein said compound curve includes two circumferentially outer curve portions each formed at a first radius of curvature, and a circumferentially central portion formed of a second radius of curvature with said second radius of curvature being greater than said first radius of curvature. an airfoil (118; 502) and a dovetail (126; 500), said airfoil (118; 502) extending radially outwardly of said dovetail (126; 500); and an inner surface of said dovetail (126; 500) including a slot (200; 503) extending along a length of said dovetail (126; 500) between a leading edge and a trailing edge; characterised in that the ends of said slot (200; 503) at both said leading and trailing edges (121, 122) curve into axial ends of said dovetail (126; 500); wherein said ends of said slot (200; 503) being formed on a compound curve; wherein said compound curve includes two circumferentially outer curve portions each formed at a first radius of curvature, and a circumferentially central portion formed of a second radius of curvature with said second radius of curvature being greater than said first radius of curvature.
Stirrer for stirring molten glass, whereby the stirrer comprises - a shaft having a tip and having a central longitudinal axis, and - one or more inner stirrer blades (5,6) which are attached to the shaft, and - one or more outer stirrer blades (7,8) which are attached to the shaft, whereby the inner stirrer blades (5,6) are attached closer to the shaft than the outer stirrer blades (7,8), whereby, when considering the stirrer in a cylindrical coordinate system with the longitudinal axial coordinate (z) of the cylindrical coordinate system defined to coincide with the central longitudinal axis, whereby the cylindrical coordinate system is further defined by a radial coordinate (p) and an angular coordinate (φ), both the one or more inner stirrer blades (5,6) as well as the one or more outer stirrer blades (7,8) are disposed at an angle (α, β) to the central longitudinal axis, whereby said angle (α, β) is between 0° and 90° not including these values, and are disposed having a least a blade section with a normal vector (N, P, Q, R), on the side directed towards the tip, with an angular component (N A, P A, Q A, R A), the one or more outer stirrer blades (7,8) being mounted on rods or tubes extending at least partially in a radial direction from the shaft, said stirrer being characterized in that at least one of the outer stirrer (7,8) blades is an open flat ring-shaped elliptical segment, preferably, each of the outer stirrer (7,8) blades is an open flat ring-shaped elliptical segment, said at least one open flat ring-shaped elliptical segment being placed following a line formed by the intersection of a cylinder and a plane making an angle (β), between 0° and 90° excluding said values, preferably between 10° and 80° including said values, more preferably between 20° and 70° including said values, with the central axis of that cylinder, said central axis of the cylinder being co-linear with the central axis of the shaft of the stirrer. - a shaft having a tip and having a central longitudinal axis, and - one or more inner stirrer blades (5,6) which are attached to the shaft, and - one or more outer stirrer blades (7,8) which are attached to the shaft, whereby the inner stirrer blades (5,6) are attached closer to the shaft than the outer stirrer blades (7,8),
Device for longitudinal movement and adjustment of automotive vehicles seats comprising one upper and one lower sinuous flap profiles, fitted and separated by bearing balls; the upper rail section containing a flat base with tangential arcs, arranged in opposite directions and projecting vertically and horizontally tangent to other smaller arcs (13,14) arranged in opposite directions; the bottom rail section containing a slightly raised flat base and having tangential arched flanges, arranged in opposite directions and projecting vertically, projecting in an inclined plane of approximately 45° tangent to other smaller arcs (23, 24, 25, 26, 27), tangent to each other and arranged in opposite directions; a row of bearing balls being interspersed in the inner spaces of the side flaps formed between the arcs and another row of bearing balls between the inner spaces of the side flaps formed between the arcs.