mhurhangee/patent-ind-claim-en huggingface dataset:
A method for maintaining a density-based geocode tree for a geographic area, comprising: obtaining a geocode tree comprising a plurality of leaf nodes each having a geohash value corresponding to a subdivision of the geographic area; obtaining, from embedded positions within a respective set of messages provided at each of a plurality of time intervals by an internet messaging service, a plurality of positions within the geographic area, wherein the embedded positions correspond to positions of one or more mobile devices posting the messages; generating, using the plurality of positions, a plurality of geohashes; mapping a first subset of the plurality of geohashes to a first leaf node of the plurality of leaf nodes based on the respective geohash value of the first leaf node; incrementing, based on a cardinality of the first subset, a first counter value for the first leaf node; and grafting, in response to the first counter value exceeding a first density threshold upon said incrementing, a plurality of child nodes onto the first leaf node, each said grafted child node corresponding to a respective subdivision of the geographic area of the first leaf node. obtaining a geocode tree comprising a plurality of leaf nodes each having a geohash value corresponding to a subdivision of the geographic area; obtaining, from embedded positions within a respective set of messages provided at each of a plurality of time intervals by an internet messaging service, a plurality of positions within the geographic area, wherein the embedded positions correspond to positions of one or more mobile devices posting the messages; generating, using the plurality of positions, a plurality of geohashes; mapping a first subset of the plurality of geohashes to a first leaf node of the plurality of leaf nodes based on the respective geohash value of the first leaf node; incrementing, based on a cardinality of the first subset, a first counter value for the first leaf node; and grafting, in response to the first counter value exceeding a first density threshold upon said incrementing, a plurality of child nodes onto the first leaf node, each said grafted child node corresponding to a respective subdivision of the geographic area of the first leaf node.
Preform device for producing a tread portion having at least two rubber components arranged in series in a horizontal direction , comprising at least - a first tread channel with a first mouth opening , the first mouth opening having one, two, three, four, five, six, seven, eight, nine or more than nine mouth opening portions , and - a second tread channel with a second mouth opening , the second mouth opening having one, two, three, four, five, six, seven, eight, nine or more than nine mouth opening portions , wherein a horizontal cross section of the preform device - has mouth opening portions arranged in series in the horizontal direction , the mouth opening portions arranged in series in the horizontal direction alternately belonging to the first and to the second mouth opening , or - has tread channel portions arranged in series in the horizontal direction , the tread channel portions arranged in series in the horizontal direction alternately belonging to the first and to the second tread channel , wherein the individual mouth opening portions of the first mouth opening are spatially separated from the individual mouth opening portions of the second mouth opening by a mouth partition , characterized in that the mouth partition has a wave-like or zigzag-like form or the form of a rectangle function. - a first tread channel with a first mouth opening , the first mouth opening having one, two, three, four, five, six, seven, eight, nine or more than nine mouth opening portions , and - a second tread channel with a second mouth opening , the second mouth opening having one, two, three, four, five, six, seven, eight, nine or more than nine mouth opening portions , wherein a horizontal cross section of the preform device - has mouth opening portions arranged in series in the horizontal direction , the mouth opening portions arranged in series in the horizontal direction alternately belonging to the first and to the second mouth opening , or - has tread channel portions arranged in series in the horizontal direction , the tread channel portions arranged in series in the horizontal direction alternately belonging to the first and to the second tread channel , wherein the individual mouth opening portions of the first mouth opening are spatially separated from the individual mouth opening portions of the second mouth opening by a mouth partition , characterized in that the mouth partition has a wave-like or zigzag-like form or the form of a rectangle function.
A thermally active actuator having an actuator element composed of a metallic shape memory alloy such that the actuator element executes a shape change on a temperature change and wherein at least one restoring means composed of an elastomer is provided by which the shape change can be restore, with the restoring means being connected to the actuator element via a surface contact, characterized in that the restoring means is designed as a surface coating of the actuator element and has a layer thickness (d) of 5 μm to 800 μm, with the thickness (D) of the actuator element amounting to two to ten times the layer thickness (d).
Method for producing a press-hardened component, comprising the following steps: - providing a steel strip having an aluminum-based coating, - applying an inorganic iron-containing conversion layer to the aluminum-based coating, which layer has a layer weight based on iron of 3-30 mg/m 2 , - cold-rolling the steel strip to form a flexibly rolled strip having strip portions of different sheet thicknesses, - cutting a starting blank from the flexibly rolled strip, wherein the starting blank has different sheet thicknesses with a thinnest and a thickest sheet portion, - press-hardening the starting blank to form a component. - providing a steel strip having an aluminum-based coating, - applying an inorganic iron-containing conversion layer to the aluminum-based coating, which layer has a layer weight based on iron of 3-30 mg/m 2 , - cold-rolling the steel strip to form a flexibly rolled strip having strip portions of different sheet thicknesses, - cutting a starting blank from the flexibly rolled strip, wherein the starting blank has different sheet thicknesses with a thinnest and a thickest sheet portion, - press-hardening the starting blank to form a component.
A hydrocarbon solvent composition comprising: 80 wt% or more of a C 7 saturated hydrocarbon component and 1 wt% or less of an aromatic component, based on the total weight of the hydrocarbon solvent composition, wherein the hydrocarbon solvent composition satisfies the following Equation 1: 5 < W IC 7 W NC 7 < 100 wherein W IC7 is a content of C 7 isoparaffin, based on the total weight of the hydrocarbon solvent composition, and W NC7 is a content of C 7 n-paraffin, based on the total weight of the hydrocarbon solvent composition. 80 wt% or more of a C 7 saturated hydrocarbon component and 1 wt% or less of an aromatic component, based on the total weight of the hydrocarbon solvent composition, wherein the hydrocarbon solvent composition satisfies the following Equation 1: 5 < W IC 7 W NC 7 < 100 wherein W IC7 is a content of C 7 isoparaffin, based on the total weight of the hydrocarbon solvent composition, and W NC7 is a content of C 7 n-paraffin, based on the total weight of the hydrocarbon solvent composition.
A linear roller guide formed by a support part , which is arranged by means of roller elements on a guide rod , wherein at least one loose part is arranged on the guide rod on the common roller elements in the area of the support part , characterized in that the linear roller guide is designed with integrated diagnostic device, wherein - the loose part has at least one radial vibration sensor or - at least one axially resilient insulating member is inserted between the support part and the loose part and the loose part has at least one distance sensor or - at least one axially resilient insulating member is inserted between the support part and the loose part and the loose part has at least one axial vibration sensor . - the loose part has at least one radial vibration sensor or - at least one axially resilient insulating member is inserted between the support part and the loose part and the loose part has at least one distance sensor or - at least one axially resilient insulating member is inserted between the support part and the loose part and the loose part has at least one axial vibration sensor .
Sample-holding element for a liquid sample for simultaneous analysis of three or more chemico-physical parameters of the liquid by means of an analysis device, wherein the sample-holding element comprises a sample-holding space that can be filled with the liquid, wherein the sample-holding element comprises at least three measuring points in adjacent arrangement with respect to each other distributed across the sample-holding space , wherein two of the measuring points are a photonic measuring point and a refractive index measuring point , and wherein the at least one further measuring point is selected from the group comprising at least one pH measuring point , one conductivity measuring point , and one germ measuring point; wherein the sample-holding element is a planar element that is double-walled at least in sections and has two planar-parallel plates arranged on top of each other that are connected to each other, wherein the sample-holding space is designed in the form of a gap in planar manner between the two plates ; wherein the plates are connected to each other at least in sections at their edges, wherein an opening of the sample-holding element is formed by the non-connected parts of the edge, and a distance between the plates is just so large that the liquid sample between the double walls can be subjected to the capillary effect, characterised in that the measuring point for the refractive index measurement comprises a prism structure (25', 25") at one of the plates in an area predetermined for this purpose, wherein the plates are transparent in the predetermined area to the wavelengths used for the refractive index measurement, wherein the prism structure (25', 25") provides surface sections that are angled with respect to the plate plane, at which incident light beams are refracted accordingly.
A controller for a vehicle display system, the display system configured to display instantaneous power delivery of a powertrain of the vehicle as a proportion of the instantaneous power capability of the powertrain, characterised in that the controller comprises: an input configured to receive data relating to a condition indicative of a limitation on the instantaneous power delivery and/or power capability; a processor configured to determine from the data whether the condition meets at least one predetermined criterion; and an output configured to output a signal to display the limitation in relation to the instantaneous power capability of the powertrain when the condition meets the at least one predetermined criterion. an input configured to receive data relating to a condition indicative of a limitation on the instantaneous power delivery and/or power capability; a processor configured to determine from the data whether the condition meets at least one predetermined criterion; and an output configured to output a signal to display the limitation in relation to the instantaneous power capability of the powertrain when the condition meets the at least one predetermined criterion.
A metered dose inhaler containing an aerosol formulation comprising: propellant; one or more drugs, wherein all the drug in the formulation is in dissolved form; and at least one non-drug bulking agent in undissolved particulate form suspended in the formulation. propellant; one or more drugs, wherein all the drug in the formulation is in dissolved form; and at least one non-drug bulking agent in undissolved particulate form suspended in the formulation.
A toothpaste comprising from 5% to 15% sodium chloride by weight of the toothpaste, together with a carrageenan-based binder wherein the carrageenan-based binder comprises carrageenan, in an amount of from 0.5% to 1.5% carrageenan by weight of the toothpaste, and humectant wherein the humectant comprises sorbitol in an amount of from 55% to 70% by weight of the toothpaste.
Drawer wall, which is formed as a rear wall , front panel or as a side panel connecting the rear wall and the front panel, the drawer wall having an inner core (6, 6', 6", 6′′′, 6ʺʺ) and an outer thin-walled casing , wherein at least one channel-shaped receptacle containing at least one electrical conductor is provided in the inner core (6, 6', 6", 6′′′, 6ʺʺ) and at least one contact point is provided on the drawer wall, at which an electrical connection to the electrical conductor can be established, characterized in that an electrical component as a switch, a sensor, a temperature sensor, an illumination means, a reed contact, an RFID antenna, an electric drive and/or a power source bears against the at least one contact point.
A close-proximity device (102; 98) comprising: a substrate having metal wiring traces for making electrical connections; a transmitter (10; 60) mounted to the substrate and configured to generate a transmit signal having a transmit frequency, the transmitter comprising a transmit transducer (12; 62) configured to receive the transmit signal and to generate transmitted electromagnetic radiation in a transmit envelope (14; 61) of radiation; a receiver (16; 64) mounted to the substrate and configured to receive a signal having a receive frequency, the receiver comprising a receive transducer (12; 66) configured to receive a portion of an envelope (24; 51) of received electromagnetic radiation emitted from a transmitter (20; 50) on a second device (104; 96) that is within a close proximity, the receive transducer further configured to generate a received signal; and a barrier (32; 72) situated between the transmitter and the receiver, the barrier configured to block a portion of the transmitted electromagnetic radiation from the transmit transducer to the receive transducer; characterised by the barrier being situated closer to the transmitter than to the receiver. a substrate having metal wiring traces for making electrical connections; a transmitter (10; 60) mounted to the substrate and configured to generate a transmit signal having a transmit frequency, the transmitter comprising a transmit transducer (12; 62) configured to receive the transmit signal and to generate transmitted electromagnetic radiation in a transmit envelope (14; 61) of radiation; a receiver (16; 64) mounted to the substrate and configured to receive a signal having a receive frequency, the receiver comprising a receive transducer (12; 66) configured to receive a portion of an envelope (24; 51) of received electromagnetic radiation emitted from a transmitter (20; 50) on a second device (104; 96) that is within a close proximity, the receive transducer further configured to generate a received signal; and a barrier (32; 72) situated between the transmitter and the receiver, the barrier configured to block a portion of the transmitted electromagnetic radiation from the transmit transducer to the receive transducer; characterised by the barrier being situated closer to the transmitter than to the receiver.
An integrated converter of an antenna power system , the integrated converter comprising: a baseplate ; a transformer area interposed between input and output sections , the transformer area comprising: a magnetic core top portion ; a magnetic core bottom portion disposed on the baseplate ; a magnetic core pillar extending between central sections of the magnetic core top and bottom portions ; and successive layers of shield and magnetic core materials , windings and magnetic core materials and shield and magnetic core materials interleaved between dielectric material layers at opposite sides of the magnetic core pillar , wherein the magnetic core materials in each successive layer of shield and magnetic core materials form a C-shape or a reverse C-shape about the magnetic core pillar . a baseplate ; a transformer area interposed between input and output sections , the transformer area comprising: a magnetic core top portion ; a magnetic core bottom portion disposed on the baseplate ; a magnetic core pillar extending between central sections of the magnetic core top and bottom portions ; and successive layers of shield and magnetic core materials , windings and magnetic core materials and shield and magnetic core materials interleaved between dielectric material layers at opposite sides of the magnetic core pillar , wherein the magnetic core materials in each successive layer of shield and magnetic core materials form a C-shape or a reverse C-shape about the magnetic core pillar . a magnetic core top portion ; a magnetic core bottom portion disposed on the baseplate ; a magnetic core pillar extending between central sections of the magnetic core top and bottom portions ; and successive layers of shield and magnetic core materials , windings and magnetic core materials and shield and magnetic core materials interleaved between dielectric material layers at opposite sides of the magnetic core pillar , wherein the magnetic core materials in each successive layer of shield and magnetic core materials form a C-shape or a reverse C-shape about the magnetic core pillar .
A tire comprising a tire sensor attachment structure , the tire including a pair of bead areas , a sidewall extending from each respective bead area to a tread , a carcass extending toroidally between each of the bead areas , and an innerliner being disposed radially inwardly of the carcass , wherein a housing is attached to the innerliner , wherein the housing defines an interior chamber and a sensor is disposed in the interior chamber , the tire sensor attachment structure comprising a discrete body being formed of a compressible material and being disposed in the interior chamber between the sensor and the innerliner , and wherein the body is formed with an outer perimeter corresponding to a shape of the interior chamber in an axial direction and a circumferential direction and corresponding to a size of the interior chamber in the axial direction and the circumferential direction, characterized in that the body is formed with a thickness that is greater than a difference between a radial thickness of the sensor and a radial height of the interior chamber .
A replacement heart valve implant defining a central longitudinal axis extending from an upstream end to a downstream end , comprising: an expandable anchor member configured to shift between a delivery configuration and a deployed configuration, wherein the expandable anchor member forms a plurality of crowns extending downstream; a circumferential support member distinct from and attached to the expandable anchor member , at least a portion of the circumferential support member extending downstream of the expandable anchor member , wherein one of the plurality of crowns overlaps at least a portion of the circumferential support member to define a commissure attachment location ; characterized by a plurality of valve leaflets secured to the expandable anchor member , the plurality of valve leaflets including a valve leaflet commissure movable from a first longitudinal position within the lumen of the expandable anchor member relative to the downstream end in the delivery configuration to a second longitudinal position within the lumen of the expandable anchor member relative to the downstream end in the deployed configuration, wherein the valve leaflet commissure is attached to the expandable anchor member at the commissure attachment location in the deployed configuration. an expandable anchor member configured to shift between a delivery configuration and a deployed configuration, wherein the expandable anchor member forms a plurality of crowns extending downstream; a circumferential support member distinct from and attached to the expandable anchor member , at least a portion of the circumferential support member extending downstream of the expandable anchor member , wherein one of the plurality of crowns overlaps at least a portion of the circumferential support member to define a commissure attachment location ; characterized by a plurality of valve leaflets secured to the expandable anchor member , the plurality of valve leaflets including a valve leaflet commissure movable from a first longitudinal position within the lumen of the expandable anchor member relative to the downstream end in the delivery configuration to a second longitudinal position within the lumen of the expandable anchor member relative to the downstream end in the deployed configuration, wherein the valve leaflet commissure is attached to the expandable anchor member at the commissure attachment location in the deployed configuration.
A display device comprising: an upper substrate ; and a lower substrate disposed on a lower portion of the upper substrate and including an outer region extending outward from the upper substrate at one side, wherein each of the upper substrate and the lower substrate includes a protruding region (PR) extending along an edge of each of the upper substrate and the lower substrate , and a recessed region (IDR) surrounded by the protruding region in a plan view and having a thickness smaller than that of the protruding region, wherein the protruding region (PR) includes a first protruding region (PTR1) that is adjacent to the outer region and extends in a first direction, a second protruding region (PTR2) that extends in the first direction and is positioned opposite to the first protruding region (PTR1), a third protruding region (PTR3) that extends in a second direction intersecting the first direction and connects the first protruding region (PTR1) and the second protruding region (PTR2), and a fourth protruding region (PTR4) that extends in the second direction and is positioned opposite to the third protruding region (PTR3), wherein the first protruding region (PTR1) includes a 1-1 protruding region (PTR 11), and the 1-1 protruding region (PTR 11) includes a 1-1-1 protruding region and a 1-1-2 protruding region disposed between the 1-1-1 protruding region and the recessed region (IDR) and having a thickness between a thickness of the 1-1-1 protruding region and the thickness of the recessed region (IDR). an upper substrate ; and a lower substrate disposed on a lower portion of the upper substrate and including an outer region extending outward from the upper substrate at one side, wherein each of the upper substrate and the lower substrate includes a protruding region (PR) extending along an edge of each of the upper substrate and the lower substrate , and a recessed region (IDR) surrounded by the protruding region in a plan view and having a thickness smaller than that of the protruding region, wherein the protruding region (PR) includes a first protruding region (PTR1) that is adjacent to the outer region and extends in a first direction, a second protruding region (PTR2) that extends in the first direction and is positioned opposite to the first protruding region (PTR1), a third protruding region (PTR3) that extends in a second direction intersecting the first direction and connects the first protruding region (PTR1) and the second protruding region (PTR2), and a fourth protruding region (PTR4) that extends in the second direction and is positioned opposite to the third protruding region (PTR3), wherein the first protruding region (PTR1) includes a 1-1 protruding region (PTR 11), and the 1-1 protruding region (PTR 11) includes a 1-1-1 protruding region and a 1-1-2 protruding region disposed between the 1-1-1 protruding region and the recessed region (IDR) and having a thickness between a thickness of the 1-1-1 protruding region and the thickness of the recessed region (IDR).