mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a mobile device (400, 505), the method comprising: receiving (210, 310), by a user interface (410, 510) of the mobile device (400, 505), a geographic address for storing in a new contact record of a database of contact records on the mobile device (400, 505); the method characterised by further comprising the steps of, upon receipt of the geographic address, automatically determining (220-260; 320) latitude and longitude coordinates for the geographic address; and in the database of contact records, associating (280, 350) the latitude and longitude coordinates with the geographic address; wherein determining (220-260; 320) the latitude and longitude coordinates is achieved either by requesting (250, 320) the latitude and longitude coordinates from a location server over a wireless network or by searching existing contact records in the database of contact records for the received geographic address, and if (240: Y) the latitude and longitude coordinates for the received geographic address are in an existing contact record, assigning the latitude and longitude coordinates for the existing contact to the new contact record having the same geographic address. receiving (210, 310), by a user interface (410, 510) of the mobile device (400, 505), a geographic address for storing in a new contact record of a database of contact records on the mobile device (400, 505); the method characterised by further comprising the steps of, upon receipt of the geographic address, automatically determining (220-260; 320) latitude and longitude coordinates for the geographic address; and in the database of contact records, associating (280, 350) the latitude and longitude coordinates with the geographic address; wherein determining (220-260; 320) the latitude and longitude coordinates is achieved either by requesting (250, 320) the latitude and longitude coordinates from a location server over a wireless network or by searching existing contact records in the database of contact records for the received geographic address, and if (240: Y) the latitude and longitude coordinates for the received geographic address are in an existing contact record, assigning the latitude and longitude coordinates for the existing contact to the new contact record having the same geographic address.
An optical scanning apparatus comprising: a light source; an optical deflector configured to deflect a light beam emitted from the light source to scan; a substrate configured to have the optical deflector mounted, thereby defining a front side of the substrate, and a housing configured to fix the substrate, wherein the light source is fixed in the housing, wherein the optical deflector faces the inside of the housing; wherein the substrate includes a plurality of through holes, wherein the housing includes a substrate mounting surface and the substrate mounting surface includes the protrusions corresponding to the through holes, the substrate is fixed to the housing by using solder in a state where the protrusions are inserted into the through holes, wherein the protrusions are metal, wherein each of the protrusions has a protruding part which protrudes from the substrate such that the solder can be supplied to the protruding part, wherein a metal layer is disposed around each of the through holes, and the metal protrusion and the metal layer are joined by the solder, and the solder is a preformed solder such that the solder can be put around the protruding part in advance before the positioned adjustment of the optical deflector, characterized in that the solder is applied to the rear side of the substrate. a light source; an optical deflector configured to deflect a light beam emitted from the light source to scan; a substrate configured to have the optical deflector mounted, thereby defining a front side of the substrate, and a housing configured to fix the substrate, wherein the light source is fixed in the housing, wherein the optical deflector faces the inside of the housing; wherein the substrate includes a plurality of through holes, wherein the housing includes a substrate mounting surface and the substrate mounting surface includes the protrusions corresponding to the through holes, the substrate is fixed to the housing by using solder in a state where the protrusions are inserted into the through holes, the protrusions are metal, wherein each of the protrusions has a protruding part which protrudes from the substrate such that the solder can be supplied to the protruding part, wherein a metal layer is disposed around each of the through holes, and the metal protrusion and the metal layer are joined by the solder, and the solder is a preformed solder such that the solder can be put around the protruding part in advance before the positioned adjustment of the optical deflector, characterized in that the solder is applied to the rear side of the substrate.
Effect pigments, characterised in that Al 2 O 3 flakes having an equivalence diameter distribution according to which 90% of the particles are in the range from 5-45 μm have on the surface two highly refractive coatings having a refractive index n > 1.9, where the layers consist of titanium dioxide and ilmenite (FeTiO 3) or TiO 2 /Fe 2 O 3 and FeTiO 3, and in that the TiO 2 layer has a thickness of 15-200 nm.
A composition or pharmaceutical composition comprising a) one or more compounds selected from the group consisting of Analog 1, Analog 3, Analog 4, Analog 2, a compound of Formula I, a compound of Formula la, a pharmaceutically acceptable salt, a stereoisomer, or a tautomer thereof, and b) a carrier or pharmaceutically acceptable carrier, and optionally c) one or more adjunct agent, or, wherein when the compound comprises Formula I or Formula la, R1 is -NRbRc; wherein Rb and Rc are independently selected from the group consisting of -H, -OH, and - CH 2 CH 2 OH; wherein R2 and R3 are independently selected from the group consisting of -OH, and =O; and/or wherein R4 is -H.
A centrifugal pump, in particular for supplying coolant in vehicles, having a pump housing manufactured from primary formable material, consisting of a pump head which is integral with a suction branch, a discharge branch, at least one spoke and a bearing support in which a counter bearing is mounted, in which there is supported a first region of an axle about which a pump impeller is rotatably mounted via a plain bearing fixed in the pump impeller, wherein the at least one spoke holds the bearing support in a central position within the pump head, and having an isolation shell which divides a wet chamber from a dry chamber and in which there is supported a second region of the axle, wherein a wrapped stator is received in the dry chamber and a permanent magnet rotor of an electronically commutated direct-current motor is received in the wet chamber and the permanent magnet rotor forms a constructional unit together with the pump impeller, characterised in that the plain bearing has an inner-cylinder-jacket-shaped radial bearing surface and a convex or concave axial bearing surface, the axial bearing surface is axially supportable on a counter bearing surface of a concave or convex counter bearing which is held in the bearing support and the bearing support is connected to the suction branch in such a manner that at least one oscillation direction change can be effected between the bearing support and the suction branch, wherein the spoke or the spokes describe between the bearing support and the suction branch a curve with at least one inflection point.
Charging apparatus having a power section for generating a charging voltage for charging a rechargeable battery pack from an input voltage provided by an input voltage source, wherein the power section and the input voltage source can be electrically conductively connected to one another by means of an isolating apparatus, which can be actuated by a control unit, and the isolating apparatus is designed to produce an electrically conductive connection between the power section and the input voltage source in an associated switching mode and to isolate said electrically conductive connection in an associated isolating mode, wherein the control unit is connected to an associated energy store at least for standby power supply and is designed to actuate the isolating apparatus during the transition from charging operation to standby operation of the charging apparatus in order to switch the isolating apparatus over from the switching mode to the isolating mode, and in addition, to detect the charging operation and the standby operation of the charging apparatus and to actuate the power section in charging operation in order to generate the charging voltage, characterized in that the control unit is designed to detect the charging operation of the charging apparatus for the case that the rechargeable battery pack is electrically conductively connected to the charging apparatus and is to be charged, wherein the control unit switches the isolating apparatus over to the switching mode in order to charge the rechargeable battery pack and the control unit is supplied with power by means of the power section.
An optical cosmetic device for body hair, comprising: an optical system (34, 37) configured to emit cosmetic light for body hair, wherein an intensity integral of the cosmetic light for body hair is larger in a wavelength range of 800 nm to 1200 nm than in a wavelength range of 400 nm to 800 nm, wherein an intensity integral of the cosmetic light for body hair is smaller in a wavelength range of 400 nm to 850 nm than in a wavelength range of 850 nm to 1200 nm, and wherein the cosmetic light for body hair has no intensity peaks in a wavelength range of 800 nm to 860 nm, characterized in that the device further comprises: a main body including a housing; a light source unit including the optical system; a power supply circuit unit; and a control unit, wherein the housing is configured to accommodate the power supply circuit unit and the control unit, and the light source unit is provided as an attachment configured to be attached to or detached from the main body. an optical system (34, 37) configured to emit cosmetic light for body hair, wherein an intensity integral of the cosmetic light for body hair is larger in a wavelength range of 800 nm to 1200 nm than in a wavelength range of 400 nm to 800 nm, wherein an intensity integral of the cosmetic light for body hair is smaller in a wavelength range of 400 nm to 850 nm than in a wavelength range of 850 nm to 1200 nm, and wherein the cosmetic light for body hair has no intensity peaks in a wavelength range of 800 nm to 860 nm, characterized in that the device further comprises: a main body including a housing; a light source unit including the optical system; a power supply circuit unit; and a control unit, a main body including a housing; a light source unit including the optical system; a power supply circuit unit; and a control unit, wherein the housing is configured to accommodate the power supply circuit unit and the control unit, and the light source unit is provided as an attachment configured to be attached to or detached from the main body.
A system for delivering a voltage to power domains (2.1; 2.2; 2.3; 2.11-2.nz), each power domain comprising at least one component, each power domain functioning according to at least two operating points, each operating point defining a required supply voltage, the required supply voltages of the operating points of a given power domain being distinct in pairs; wherein the system comprises at least a first and a second power supply unit (1.1; 1.2; 1.10-1.n0), each supply unit being adapted to deliver a controllable supply voltage; wherein the at least one power domain comprises at least one first power domain (2.1x; 2.2y; 2.nz), which is arranged to be alternatively connected to the first or to the second power supply unit; wherein the system further comprises a control unit arranged to select, among the first and second power supply unit, a current power supply unit to be connected to the first power domain, the current power supply unit being selected based on a current operating point of the first power domain, the control unit being further arranged to control the controllable supply voltage delivered by the current power supply unit to deliver the required voltage level associated with the current operating point of the first power domain; wherein a maximum current can be delivered by the first voltage supply unit (1.1; 1.2; 1.10-1.n0) and a maximum current can be delivered by the second voltage supply unit (1.1; 1.2; 1.10-1.n0), wherein a maximum drawn current value is defined for each power domain (2.1; 2.2; 2.3; 2.11-2.nz) and wherein the control unit predefines a default voltage supply unit for each power domain, among the first and second voltage supply unit, so that the sum of the maximum drawn current values of power domains having the same default power supply unit is equal to the maximum current that can be delivered by said same default supply unit; and wherein upon change of the operating point of a first power domain (2.1x; 2.2y; 2.nz) from a first operating point to a second operating point, said second operating point requiring a second drawn current, if the required voltage level defined by the second operating point is higher than the required voltage level defined by the first operating point, and if the second drawn current cannot be drawn from the current power supply unit (1.1; 1.2; 1.10-1.n0), then the control unit is arranged to switch at least one other first power domain among the first power domains connected to the current power supply unit of the first power domain to an other power supply unit and to increase the voltage level of the current power supply unit up to the required voltage level defined by the second operating point of the first power domain.
A gripping and lifting device of slabs which comprises a support cross member able to support at least a gripping organ of a slab, in which the gripping organ of the slab comprises at least a bearing body inferiorly hung on the support cross member and provided with a support shelf defining a rest plane for a lower edge of the slab, and a gripping body provided with a gripping hook of an upper edge of the slab and slidably associated to the bearing body from a neared position to the support shelf to a distanced position therefrom, in opposition to a traction spring, wherein the opposite ends of the traction spring are associated respectively to the gripping body and to the bearing body.
A radiographic imaging device comprising: a first scintillating phosphor screen having a first thickness; a second scintillating phosphor screen having a second thickness; a substrate disposed between the first and second screens (270, 274), the substrate being substantially transparent to X-rays used with the device; and an imaging array disposed between a first side of the substrate and the second screen, the imaging array comprising a plurality of pixels (288, 290), each pixel (288, 290) including at least one photosensor (292, 298) and at least one readout element (294, 302), wherein the substrate has a thickness less than two pixel pitches of the imaging array; characterized in that a first portion of the photosensors in the plurality of pixels (288, 290) comprises a first blocking layer (296; 332) facing the second scintillating phosphor screen, the first blocking layer (296; 332) configured to reduce light transmission from the second scintillating phosphor screen to the first portion of the photosensors, and a second portion of the photosensors in the plurality of pixels (288, 290) comprises a second blocking layer (300; 328) facing the substrate, the second blocking layer (300; 328) configured to reduce light transmission from the first scintillating phosphor screen to the second portion of the photosensors. a first scintillating phosphor screen having a first thickness; a second scintillating phosphor screen having a second thickness; a substrate disposed between the first and second screens (270, 274), the substrate being substantially transparent to X-rays used with the device; and an imaging array disposed between a first side of the substrate and the second screen, the imaging array comprising a plurality of pixels (288, 290), each pixel (288, 290) including at least one photosensor (292, 298) and at least one readout element (294, 302), wherein the substrate has a thickness less than two pixel pitches of the imaging array; characterized in that a first portion of the photosensors in the plurality of pixels (288, 290) comprises a first blocking layer (296; 332) facing the second scintillating phosphor screen, the first blocking layer (296; 332) configured to reduce light transmission from the second scintillating phosphor screen to the first portion of the photosensors, and a second portion of the photosensors in the plurality of pixels (288, 290) comprises a second blocking layer (300; 328) facing the substrate, the second blocking layer (300; 328) configured to reduce light transmission from the first scintillating phosphor screen to the second portion of the photosensors.
Land vehicle for unmanned usage, comprising a dispenser comprising an inventory of suitably between 50 and 500 plantable devices for planting and growing a plant, a subsoiler, a plantable device installer and a controller programmed to activate the subsoiler at a pre-programmed planting position to prepare a planting pit, programmed to activate the plantable device installer to select a plantable device from the inventory and position the plantable device in the planting pit and programmed to move the vehicle from one pre-programmed planting position to another pre-programmed planting position after positioning a plantable device, characterised in that each plantable device comprises at a first end an elongated hollow shroud part which functions as a protective shield for the growing plant and at a second end a plug comprising one or more seeds and/or micro-propagated plant material, and each plantable device further comprises an anti-weed shield that can adopt a compacted configuration and an expanded configuration, wherein when the plantable device is comprised in the dispenser its anti-weed shield is in its compacted configuration. a dispenser comprising an inventory of suitably between 50 and 500 plantable devices for planting and growing a plant, a subsoiler, a plantable device installer and a controller programmed to activate the subsoiler at a pre-programmed planting position to prepare a planting pit, programmed to activate the plantable device installer to select a plantable device from the inventory and position the plantable device in the planting pit and programmed to move the vehicle from one pre-programmed planting position to another pre-programmed planting position after positioning a plantable device, characterised in that each plantable device comprises at a first end an elongated hollow shroud part which functions as a protective shield for the growing plant and at a second end a plug comprising one or more seeds and/or micro-propagated plant material, and each plantable device further comprises an anti-weed shield that can adopt a compacted configuration and an expanded configuration, wherein when the plantable device is comprised in the dispenser its anti-weed shield is in its compacted configuration.
Attachment optics assembly for a partial high-beam module for a motor vehicle headlight, comprising a plurality of light guides (36, 66) arranged in a row, each of which has a light inlet surface and a light outlet surface and is designed to guide light entering the light inlet surface to the light outlet surface, and comprising an attachment optics main body which contains first light guides of the row of light guides (36, 66), and comprising an insert part which is produced separately from the attachment optics main body and contains second light guides of the row of light guides (36, 66), a light guide that is nearest to a first light guide in the row being a second light guide, and a light guide that is nearest to a second light guide in the row being a first light guide, the attachment optics assembly comprising a reflective panel for the motor vehicle headlight, and the insert part being arranged between the reflective panel and the main body, characterized in that the reflective panel is resiliently latched to the main body at two different points so as to span the insert part.
Fused cast refractory material based on aluminium oxide, zirconium dioxide and silicon dioxide, having a vitreous phase fraction comprising Al 2 O 3 and Na 2 O, wherein the molar ratio between Al 2 O 3 and Na 2 O in the vitreous phase is in the range from 0.8 to 1.6, and wherein the mass fraction of the SiO 2 component in the material is in the range from 15.5 to 18 % by mass.
Cross-linked copolymer, characterized in that it comprises at least repeating units of lithium polystyrene-sulfonyl(trifluoromethylsulfonyl)imide (PSTFSILi) and at least repeating units of poly(alkylene oxide) selected from poly(ethylene oxide) units, poly(propylene oxide) units, poly(ethylene and propylene) oxide units, and one of the mixtures thereof, and in that said cross-linked copolymer is obtained by cross-linking a triblock copolymer of the BAB type, in which: - the A block is a cross-linkable poly(alkylene oxide) capable of being obtained from: ∗ at least one monomer selected from ethylene glycol, propylene glycol and mixture thereof, or at least one poly(alkylene oxide) oligomer selected from poly(ethylene oxide)s, poly(propylene oxide)s, poly(ethylene and propylene) oxides, and one of the mixtures thereof, and ∗ at least one compound comprising at least one cross-linkable alkene or alkyne function, and - each of the B blocks is an anionic polystyrene substituted by the anion of a lithium sulfonyl(trifluoromethylsulfonyl)imide (TFSILi) and corresponding to the following formula: in which n denotes the number of lithium styrenesulfonyl(trifluoromethylsulfonyl)imide for each of the B blocks. - the A block is a cross-linkable poly(alkylene oxide) capable of being obtained from: ∗ at least one monomer selected from ethylene glycol, propylene glycol and mixture thereof, or at least one poly(alkylene oxide) oligomer selected from poly(ethylene oxide)s, poly(propylene oxide)s, poly(ethylene and propylene) oxides, and one of the mixtures thereof, and ∗ at least one compound comprising at least one cross-linkable alkene or alkyne function, and ∗ at least one monomer selected from ethylene glycol, propylene glycol and mixture thereof, or at least one poly(alkylene oxide) oligomer selected from poly(ethylene oxide)s, poly(propylene oxide)s, poly(ethylene and propylene) oxides, and one of the mixtures thereof, and ∗ at least one compound comprising at least one cross-linkable alkene or alkyne function, and - each of the B blocks is an anionic polystyrene substituted by the anion of a lithium sulfonyl(trifluoromethylsulfonyl)imide (TFSILi) and corresponding to the following formula: in which n denotes the number of lithium styrenesulfonyl(trifluoromethylsulfonyl)imide for each of the B blocks.