mhurhangee/patent-ind-claim-en huggingface dataset:
A method for reducing a delay between a power command and actual power of a power system connected to a power grid , the method comprising: receiving, via a power angle estimator , a power command of the power system ; receiving, via the power angle estimator , one or more grid conditions of the power grid ; estimating, via the power angle estimator , a power angle signal across the power system based on the power command and the one or more grid conditions ; characterised in that the method further comprises: receiving, via a phase locked loop, PLL , the estimated power angle signal ; generating, via the PLL , a PLL phase angle signal based, at least in part, on the estimated power angle signal ; and, controlling, via a converter controller , a power conversion assembly of the power system based on the PLL phase angle signal . receiving, via a power angle estimator , a power command of the power system ; receiving, via the power angle estimator , one or more grid conditions of the power grid ; estimating, via the power angle estimator , a power angle signal across the power system based on the power command and the one or more grid conditions ; characterised in that the method further comprises: receiving, via a phase locked loop, PLL , the estimated power angle signal ; generating, via the PLL , a PLL phase angle signal based, at least in part, on the estimated power angle signal ; and, controlling, via a converter controller , a power conversion assembly of the power system based on the PLL phase angle signal .
A system for providing endoluminal delivery of a deliverable device through vasculature of a patient to a delivery site within the patient, comprising: an outer delivery sheath including a distal section, wherein at least a portion of the outer delivery sheath is sized for insertion into the vasculature of the patient; a carrier segment located at a distal portion of a catheter shaft, the carrier segment having an outer surface sized to temporarily hold the deliverable device in the distal section of the outer delivery sheath, wherein at least a portion of the catheter shaft is located within and coaxial to the outer delivery sheath; and a delivery segment located coaxial to the outer delivery sheath, the delivery segment having an outer surface sized to radially fit within the deliverable device after detaching the deliverable device from the carrier segment when the deliverable device resides within the distal section of the outer delivery sheath, wherein the delivery segment is configured to deploy the deliverable device at the delivery site, characterized in that : the carrier segment is an expandable balloon having an expanded diameter smaller than an expanded diameter for the delivery segment; and the delivery segment is an expandable balloon having an expanded diameter larger than an expanded diameter for the carrier segment. an outer delivery sheath including a distal section, wherein at least a portion of the outer delivery sheath is sized for insertion into the vasculature of the patient; a carrier segment located at a distal portion of a catheter shaft, the carrier segment having an outer surface sized to temporarily hold the deliverable device in the distal section of the outer delivery sheath, wherein at least a portion of the catheter shaft is located within and coaxial to the outer delivery sheath; and a delivery segment located coaxial to the outer delivery sheath, the delivery segment having an outer surface sized to radially fit within the deliverable device after detaching the deliverable device from the carrier segment when the deliverable device resides within the distal section of the outer delivery sheath, wherein the delivery segment is configured to deploy the deliverable device at the delivery site, characterized in that : the carrier segment is an expandable balloon having an expanded diameter smaller than an expanded diameter for the delivery segment; and the delivery segment is an expandable balloon having an expanded diameter larger than an expanded diameter for the carrier segment. the carrier segment is an expandable balloon having an expanded diameter smaller than an expanded diameter for the delivery segment; and the delivery segment is an expandable balloon having an expanded diameter larger than an expanded diameter for the carrier segment.
Process for making a jewelry article, comprising the following operating steps: - a step of arranging an elongated support , stretched between two ends along a longitudinal extension direction (Y); - a step of making at least one ornamental wire by means of covering at least one internal core , made of a first metallic material, with at least one external strip made of a first precious or semi-precious metallic material; - a step of spiral-winding said ornamental wire around said elongated support along said longitudinal extension direction (Y), in order to obtain a solid cord ; - a first step of removing said elongated support from said solid cord ; - a second step of removing said internal core from the ornamental wire of said solid cord ; said first removal step and said second removal step transforming said solid cord into a lightened cord ; characterized in that : said step of making said ornamental wire is obtained by feeding a forming head with said internal core and with said external strip , which is provided with a flattened form with parallel longitudinal edges , said making step covering said internal core with said external strip until said longitudinal edges are side-by-side in opposite position and separated from each other by a slit (4") on a flat face of said ornamental wire ; said spiral-winding step being achieved by maintaining the flat face of said ornamental wire directed towards said elongated support . - a step of arranging an elongated support , stretched between two ends along a longitudinal extension direction (Y); - a step of making at least one ornamental wire by means of covering at least one internal core , made of a first metallic material, with at least one external strip made of a first precious or semi-precious metallic material; - a step of spiral-winding said ornamental wire around said elongated support along said longitudinal extension direction (Y), in order to obtain a solid cord ; - a first step of removing said elongated support from said solid cord ; - a second step of removing said internal core from the ornamental wire of said solid cord ; said step of making said ornamental wire is obtained by feeding a forming head with said internal core and with said external strip , which is provided with a flattened form with parallel longitudinal edges , said making step covering said internal core with said external strip until said longitudinal edges are side-by-side in opposite position and separated from each other by a slit (4") on a flat face of said ornamental wire ; said spiral-winding step being achieved by maintaining the flat face of said ornamental wire directed towards said elongated support .
A method for producing three-dimensional models by means of a layer construction technique, wherein particulate construction material is applied in a defined layer thickness as a powder or as a dispersion onto a construction field, a liquid is then selectively applied to the construction material via a print head in the regions in which the construction material is not to solidify by a solidification reaction, the construction field is moved by said layer thickness, preferably lowered, raised or moved horizontally, and these steps are repeated until the desired model is produced, and a reaction-inhibiting or reaction-stopping liquid is selectively applied through the print head , wherein the construction material comprises a construction material selected from the group consisting of sands, ceramic powders, metal powders, plastics, wood particles, fibrous materials, celluloses or/and lactose powders, or wherein the construction material is selected from the group consisting of freshly mixed concrete or mortar, a mixture of a filler and a reactive resin system, a mixture of a foundry moulding material and a reactive resin system customary in the foundry, a mixture of a filler and water glass, the method being characterized in that the construction material is a self-hardening material mixture which solidifies itself over time and wherein the solidification reaction of the construction material has already started or starts when the construction material is applied.
An insulation mat , in particular for insulating a floor, comprising an insulation layer made of a first fiber material and a fastening layer for fastening a pipe assembly , wherein the fastening layer is flexible, comprises a second material and is tacked to the insulation layer or sewn, twisted or braided with the insulation layer , the fastening layer being designed as a hook-and-loop nonwoven fabric for detachably fastening hook-and-loop elements .
A system for allowing a user to interact with a computer in at least 5 degrees of freedom, the system comprising: a computing device; a visual screen associated with and controlled by the computing device; two or more vector magnetometers associated with the computing device; a user-borne device comprising one or more permanent magnets , wherein the user-borne device can be moved freely by the user with respect to the computing device, and wherein manipulation of the user-borne device by a user is tracked by the computing device via measurement of a magnetic field associated with the one or more permanent magnets by the two or more vector magnetometers that are stationary with respect to the computing device to generate pose information associated with the user-borne device, the pose information including a position and orientation of the user-borne device, wherein each vector magnetometers detects a field associated with all of the one or more permanent magnets . a computing device; a visual screen associated with and controlled by the computing device; two or more vector magnetometers associated with the computing device; a user-borne device comprising one or more permanent magnets , wherein the user-borne device can be moved freely by the user with respect to the computing device, and wherein manipulation of the user-borne device by a user is tracked by the computing device via measurement of a magnetic field associated with the one or more permanent magnets by the two or more vector magnetometers that are stationary with respect to the computing device to generate pose information associated with the user-borne device, the pose information including a position and orientation of the user-borne device, wherein each vector magnetometers detects a field associated with all of the one or more permanent magnets .
A control system for controlling operation of a thermal control apparatus , the thermal control apparatus being configured for thermal control of an energy storage means of a vehicle , the control system comprising one or more controllers, the control system configured to: obtain a parameter indicative of a current state of health of the energy storage means ; determine a cumulative energy throughput of the energy storage means in dependence on mileage and/or time and/or charge cycles of the energy storage means ; and control operation of the thermal control apparatus in dependence on a difference between the parameter and a target, wherein the target is indicative of an expected state of health of the energy storage means , wherein a rate of change of the target varies in association with cumulative energy throughput of the energy storage means , wherein the rate of change of the target is a rate of reduction of the target, wherein the rate of reduction of the target decreases as cumulative energy throughput of the energy storage means increases, and wherein an initial value of the target is indicative of an initial expected state of health from 95% to 99%. obtain a parameter indicative of a current state of health of the energy storage means ; determine a cumulative energy throughput of the energy storage means in dependence on mileage and/or time and/or charge cycles of the energy storage means ; and control operation of the thermal control apparatus in dependence on a difference between the parameter and a target, wherein the target is indicative of an expected state of health of the energy storage means , wherein a rate of change of the target varies in association with cumulative energy throughput of the energy storage means , wherein the rate of change of the target is a rate of reduction of the target, wherein the rate of reduction of the target decreases as cumulative energy throughput of the energy storage means increases, and
A cascading selective microwave switch, cascade, comprising: a set of multi-path interferometric Josephson switches (302 1 ,..., 302 N ; 602 1 ,..., 602 N ) based on nondegenerate three-wave-mixing Josephson devices (MPIJSW), each Josephson switch device (302 1 ,..., 302 N ; 602 1 ,..., 602 N ) in the set having a corresponding operating bandwidth (BW 1 ,..., BW N ) of microwave frequencies, wherein different operating bandwidths (BW 1 ,..., BW N ) have different corresponding center frequencies (f 1 ,..., f N ); and a series coupling between first Josephson switch device (302 1 ; 602 1 ) from the set and an n th Josephson switch device (302 N ; 602 N ) from the set, wherein the series coupling causes the first Josephson switch device (302 1 ; 602 1 ) in an open state to reflect back to an input port of the first Josephson switch device (302 1 ; 602 1 ) a signal of a first frequency (f 1 ) from a frequency multiplexed microwave signal (multiplexed signal) and the n th Josephson switch device (302 N ; 602 N ) in a closed state to transmit a signal of an n th frequency (f N ) in the multiplexed signal from an input port of the n th Josephson switch device (302 N ; 602 N ) to an output port of the n th Josephson switch device (302 N ; 602 N ), wherein a first operating bandwidth (BW 1 ) of microwave frequencies corresponding to the first Josephson switch device (302 1 ; 602 1 ) is nonoverlapping for at least some frequencies (f 1 ,..., f N ) with an n th operating bandwidth (BW N ) of microwave frequencies corresponding to the n th Josephson switch device (302 N ; 602 N ). a set of multi-path interferometric Josephson switches (302 1 ,..., 302 N ; 602 1 ,..., 602 N ) based on nondegenerate three-wave-mixing Josephson devices (MPIJSW), each Josephson switch device (302 1 ,..., 302 N ; 602 1 ,..., 602 N ) in the set having a corresponding operating bandwidth (BW 1 ,..., BW N ) of microwave frequencies, wherein different operating bandwidths (BW 1 ,..., BW N ) have different corresponding center frequencies (f 1 ,..., f N ); and a series coupling between first Josephson switch device (302 1 ; 602 1 ) from the set and an n th Josephson switch device (302 N ; 602 N ) from the set, wherein the series coupling causes the first Josephson switch device (302 1 ; 602 1 ) in an open state to reflect back to an input port of the first Josephson switch device (302 1 ; 602 1 ) a signal of a first frequency (f 1 ) from a frequency multiplexed microwave signal (multiplexed signal) and the n th Josephson switch device (302 N ; 602 N ) in a closed state to transmit a signal of an n th frequency (f N ) in the multiplexed signal from an input port of the n th Josephson switch device (302 N ; 602 N ) to an output port of the n th Josephson switch device (302 N ; 602 N ), wherein a first operating bandwidth (BW 1 ) of microwave frequencies corresponding to the first Josephson switch device (302 1 ; 602 1 ) is nonoverlapping for at least some frequencies (f 1 ,..., f N ) with an n th operating bandwidth (BW N ) of microwave frequencies corresponding to the n th Josephson switch device (302 N ; 602 N ).
Insole for a shoe, comprising a base body consisting of a heel area , a metatarsal area and a toe area , wherein the base body has a clasp which extends from the heel area at least into the metatarsal area and in the heel area has a recess for the heel bone of a user, characterized in that the clasp has at least two notches which extend from the recess in the heel area into the metatarsal area in order to form at least one tab and the base body in the metatarsal area is substantially flattened in the longitudinal direction (L), so that the lower heel spur of the heel and the tendon plate of the sole of a user remain substantially pressure-free.
A mounting structure for supporting a tower sector with face flanges covering the curved faces of the surface shell of the tower sector with a predefined radius R, and two trunnions releasable fastened at a face flange so that the center of mass of the tower sector is between the trunnions , the mounting structure comprising a support frame designed to be mounted on a surface with a base area on its bottom side, the support frame comprising a first bearing and a second bearing , each bearing adapted for supporting a trunnion , wherein the relative arrangement of the bearings on the support frame is such that the first bearing is positioned higher than the second bearing , and that the bearings lie on the arc of a circular sector with the radius R, a central angle <100°, a vertically oriented edge-radius outside the second bearing and a center of mass between the bearings , characterized in that the support frame is essentially L-shaped with a horizontal base part with the second bearing and a girder part , wherein the girder part has a forked end area so that a trunnion can be introduced in the first bearing from the end opposite to the base part .
A heat-recoverable article having a cylindrical shape, the heat-recoverable article comprising a base material layer, wherein the base material layer contains a polyolefin-based resin, in the base material layer after being heated at 180°C for 2 minutes, a melting-point peak temperature is 115°C or higher and 128°C or lower, a heat of fusion of a total resin component is 80 J/g or more and 150 J/g or less, a storage modulus at 120°C is 4 MPa or more, a gel fraction is 40% by mass or more and 80% by mass or less, and a storage modulus at 180°C is 0.5 MPa or more and less than 3.0 MPa, wherein the polyolefin-based resin is a mixture of a first polyolefin-based resin having a melting point of 125°C or higher and 135°C or lower and a second polyolefin-based resin having a melting point of lower than 125°C, and a mass ratio of the first polyolefin-based resin to the second polyolefin-based resin is 80/20 or more and 85/15 or less, and wherein the first polyolefin-based resin is a high-density polyethylene.
A method of quantifying white spot lesions on a tooth comprising quantifying the grayscale difference between the white spot lesions and the surrounding healthy enamel in the blue channel of a digital color photographic image of the tooth; wherein the method comprises: a) drying the tooth to be evaluated; b) obtaining a digital color photographic image of the tooth; and c) measuring the difference between the grayscale value of at least one pixel in an area of the image depicting at least a portion of the white spot and the grayscale value of at least one pixel in an area of the image depicting at least a portion of the adjacent healthy enamel, wherein the greyscale values are measured only in the blue channel of the image. a) drying the tooth to be evaluated; b) obtaining a digital color photographic image of the tooth; and c) measuring the difference between the grayscale value of at least one pixel in an area of the image depicting at least a portion of the white spot and the grayscale value of at least one pixel in an area of the image depicting at least a portion of the adjacent healthy enamel, wherein the greyscale values are measured only in the blue channel of the image.
A hybrid transmission, wherein the hybrid transmission includes an engine , a generator , an electric motor , a first planetary gear set , a clutch , and a second planetary gear set ; wherein the engine , the generator and the electric motor are arranged coaxially; a crankshaft of the engine is connected to the first planetary gear set , and a sun gear of the first planetary gear set is connected to a rotor of the generator to drive the rotor to rotate; and the clutch includes a first driving end and a second driving end that can be engaged or disengaged; wherein the first driving end is connected to the first planetary gear set , the second driving end is connected to a ring gear of the second planetary gear set ; and a sun gear axle of the second planetary gear set is connected to a rotor of the electric motor , wherein the first planetary gear set is configured as a double-row planetary gear train, the sun gear of the first planetary gear set is connected to the crankshaft of the engine , a ring gear of the first planetary gear set is connected to the first driving end of the clutch , and a planet carrier of the first planetary gear set is configured to be stationary, such that when the engine operates, power is transmitted to the sun gear through the crankshaft , then a part of the power is transmitted to the rotor of the generator through the sun gear , to generate electricity, and other part of the power is transmitted to the first driving end of the clutch through the ring gear of the first planetary gear set and then transmitted to the ring gear of the second planetary gear set in the case that the clutch is engaged. the engine , the generator and the electric motor are arranged coaxially; a crankshaft of the engine is connected to the first planetary gear set , and a sun gear of the first planetary gear set is connected to a rotor of the generator to drive the rotor to rotate; and the clutch includes a first driving end and a second driving end that can be engaged or disengaged; wherein the first driving end is connected to the first planetary gear set , the second driving end is connected to a ring gear of the second planetary gear set ; and a sun gear axle of the second planetary gear set is connected to a rotor of the electric motor , wherein the first planetary gear set is configured as a double-row planetary gear train, the sun gear of the first planetary gear set is connected to the crankshaft of the engine , a ring gear of the first planetary gear set is connected to the first driving end of the clutch , and a planet carrier of the first planetary gear set is configured to be stationary, such that when the engine operates, power is transmitted to the sun gear through the crankshaft , then a part of the power is transmitted to the rotor of the generator through the sun gear , to generate electricity, and other part of the power is transmitted to the first driving end of the clutch through the ring gear of the first planetary gear set and then transmitted to the ring gear of the second planetary gear set in the case that the clutch is engaged.