mhurhangee/ep-ind-claims huggingface dataset:
A method of optimally communicating Assistance Data to a mobile station in a wireless network, the method comprising: providing a list of satellites; determining an optimal order of the satellites based on a characteristic of the mobile station, wherein the optimal order comprises a first optimal satellite and a second optimal satellite; said method characterised by further comprising: preparing a first of a segmented set of Assistance Data messages, wherein the first of the segmented set of Assistance Data messages comprises reference information including a satellite time, a coarse mobile station, MS, location and satellite vehicle position information for the first optimal satellite and the second optimal satellite; beginning to transmit the first of the segmented set of Assistance Data messages; and continuing to transmit subsequent messages of the segmented set of Assistance Data messages until a sufficient amount of Assistance Data has been sent, wherein each subsequent segment of the segmented set of Assistance Data messages includes satellite position information for equal or less optimal satellites than previous messages. providing a list of satellites; determining an optimal order of the satellites based on a characteristic of the mobile station, wherein the optimal order comprises a first optimal satellite and a second optimal satellite; said method characterised by further comprising: preparing a first of a segmented set of Assistance Data messages, wherein the first of the segmented set of Assistance Data messages comprises reference information including a satellite time, a coarse mobile station, MS, location and satellite vehicle position information for the first optimal satellite and the second optimal satellite; beginning to transmit the first of the segmented set of Assistance Data messages; and continuing to transmit subsequent messages of the segmented set of Assistance Data messages until a sufficient amount of Assistance Data has been sent, wherein each subsequent segment of the segmented set of Assistance Data messages includes satellite position information for equal or less optimal satellites than previous messages. preparing a first of a segmented set of Assistance Data messages, wherein the first of the segmented set of Assistance Data messages comprises reference information including a satellite time, a coarse mobile station, MS, location and satellite vehicle position information for the first optimal satellite and the second optimal satellite; beginning to transmit the first of the segmented set of Assistance Data messages; and continuing to transmit subsequent messages of the segmented set of Assistance Data messages until a sufficient amount of Assistance Data has been sent, wherein each subsequent segment of the segmented set of Assistance Data messages includes satellite position information for equal or less optimal satellites than previous messages.
Compositions comprising or consisting of a) titanium dioxide and b) at least one food dye whereby the titanium dioxide particles have a coating at least proportionally of the food dye, characterized in that the compositions are obtainable or obtained by subjecting the titanium dioxide particles and the food dyes to spray drying in the presence of water. a) titanium dioxide and b) at least one food dye
A method of data communication between a first vehicle designated with a first security level, and a second vehicle designated with a second security level, comprising: processing, by a first independent hardware processor, data for the first vehicle designated with the first security level; processing, by a second independent hardware processor, data for the second vehicle designated with the second security level; and coordinating, by a configurator processor, the first and the second independent hardware processors to process data being communicated between the first vehicle and the second vehicle, wherein: each independent hardware processor is designated for processing data for a particular security level; the first vehicle comprises an avionic system configured to implement one or more operations of the first vehicle; and the components of the avionic system operate at different security levels, wherein the first vehicle is an aircraft, satellite, or spacecraft and the second vehicle is an aircraft, satellite, or spacecraft. processing, by a first independent hardware processor, data for the first vehicle designated with the first security level; processing, by a second independent hardware processor, data for the second vehicle designated with the second security level; and coordinating, by a configurator processor, the first and the second independent hardware processors to process data being communicated between the first vehicle and the second vehicle, each independent hardware processor is designated for processing data for a particular security level; the first vehicle comprises an avionic system configured to implement one or more operations of the first vehicle; and the components of the avionic system operate at different security levels, wherein the first vehicle is an aircraft, satellite, or spacecraft and the second vehicle is an aircraft, satellite, or spacecraft.
A winder (300, 350, 450) comprising: a winding mechanism configured to wind a belt-shaped raw film around a winding core, the belt-shaped raw film being composed of a plurality of electrodes (204, 206) and a plurality of separating films (200, 202); a chamber where the winding mechanism is housed; further comprising: at least one vacuum pump (16, 52, 302) to suck air in the chamber; and characterised by a product case (304, 352) to house a plurality of winding products each formed by winding the raw film with use of the winding mechanism provided in the chamber. a winding mechanism configured to wind a belt-shaped raw film around a winding core, the belt-shaped raw film being composed of a plurality of electrodes (204, 206) and a plurality of separating films (200, 202); a chamber where the winding mechanism is housed; further comprising: at least one vacuum pump (16, 52, 302) to suck air in the chamber; and characterised by a product case (304, 352) to house a plurality of winding products each formed by winding the raw film with use of the winding mechanism provided in the chamber. at least one vacuum pump (16, 52, 302) to suck air in the chamber; and characterised by a product case (304, 352) to house a plurality of winding products each formed by winding the raw film with use of the winding mechanism provided in the chamber.
An apparatus for detecting one or more analytes in at least one detection volume, comprising: one or more light pipes including at least one luminescent material; and a source comprising an array of LEDs configured to emit excitation light onto the one or more light pipes such that the at least one luminescent material of the one or more light pipes absorbs the excitation light from the source and emits luminescence light of one or more wavelengths; one or more light detectors configured to detect light emitted from the one or more analytes; a first relay optics (112, 122) for directing said luminescence light of one or more wavelengths from said one or more light pipes onto the one or more analytes in the at least one detection volume; and a second relay optics (116, 124) configured to direct light emitted from the one or more analytes onto the one or more light detectors. one or more light pipes including at least one luminescent material; and a source comprising an array of LEDs configured to emit excitation light onto the one or more light pipes such that the at least one luminescent material of the one or more light pipes absorbs the excitation light from the source and emits luminescence light of one or more wavelengths; one or more light detectors configured to detect light emitted from the one or more analytes; a first relay optics (112, 122) for directing said luminescence light of one or more wavelengths from said one or more light pipes onto the one or more analytes in the at least one detection volume; and a second relay optics (116, 124) configured to direct light emitted from the one or more analytes onto the one or more light detectors.
Photovoltaic module comprising a first and a second cover layer (2a, 2b), an arrangement of photovoltaic cells connected via cell connectors located therebetween and peripheral seal of the cover layers surrounding the photovoltaic module, wherein the module has at least one first and one second localised contact element (3a, 3b), the two cover layers (2a, 2b), at least one photovoltaic cell or at least one cell connector is connected integrally via the at least one first LKE to at least one cover layer (2a, 2b) and at least one photovoltaic cell has the at least one second LKE being connected integrally or disposed in sliding contact in order to form a spacing relative to at least one cover layer (2a, 2b), characterised in that the surface expansion of the LKE (3a, 3b) on the photovoltaic cell constitutes a surface proportion of ≤ 10% of the photovoltaic cell and in that the at least one second LKE has i) a sliding bearing for production of a sliding contact to the at least one cover layer (2a, 2b) or the at least one photovoltaic cell; and ii) a stationary bearing for integral connection to the at least one cover layer (2a, 2b) or the at least one photovoltaic cell. i) a sliding bearing for production of a sliding contact to the at least one cover layer (2a, 2b) or the at least one photovoltaic cell; and ii) a stationary bearing for integral connection to the at least one cover layer (2a, 2b) or the at least one photovoltaic cell.
A method for isolating polyhydroxyalkanoate from a PHA-rich bacterial biomass the process comprising: a) treating an aqueous suspension of the PHA-rich bacterial biomass with a minimal amount of sodium hypochlorite sufficient to lyse the PHA-rich bacterial biomass at room temperature to provide an PHA-rich biomass lysate in an aqueous phase, b) separating PHA-rich biomass lysate from the aqueous phase, c) washing the PHA-rich biomass lysate with water, d) removing water from the PHA-rich biomass lysate to provide a PHA-rich biomass cake having a water content of less than 70% w/w e) washing the PHA-rich biomass cake with methanol to provide a PHA-rich biomass cake having a water content of less than 5% w/w f) optionally drying the PHA-rich biomass cake washed in step e) to provide a dry PHA-rich biomass g) mixing the, optionally dry, PHA-rich biomass with dimethyl carbonate, to provide a suspension of PHA-rich biomass in DMC h) heating the suspension obtained in step g) at a temperature from 70 to 90°C for 1-3 h under vigorous stirring to provide a suspension of cell debris and a PHA-rich DMC i) separating the cell debris from the PHA-rich DMC, j) concentrating the PHA-rich DMC to provide a PHA-DMC concentrate k) adding a cold non-solvent at a temperature from -20°C to 0°C to the PHA-DMC concentrate and mixing to provide a suspension of PHA precipitate in DMC and non-solvent l) separating the PHA precipitate from the DMC and non-solvent m) washing the PHA precipitate separated in step I) with cold non-solvent n) drying the PHA precipitate washed in step m) to provide a PHA isolated from the PHA-rich bacterial biomass. a) treating an aqueous suspension of the PHA-rich bacterial biomass with a minimal amount of sodium hypochlorite sufficient to lyse the PHA-rich bacterial biomass at room temperature to provide an PHA-rich biomass lysate in an aqueous phase, b) separating PHA-rich biomass lysate from the aqueous phase, c) washing the PHA-rich biomass lysate with water, d) removing water from the PHA-rich biomass lysate to provide a PHA-rich biomass cake having a water content of less than 70% w/w e) washing the PHA-rich biomass cake with methanol to provide a PHA-rich biomass cake having a water content of less than 5% w/w f) optionally drying the PHA-rich biomass cake washed in step e) to provide a dry PHA-rich biomass g) mixing the, optionally dry, PHA-rich biomass with dimethyl carbonate, to provide a suspension of PHA-rich biomass in DMC h) heating the suspension obtained in step g) at a temperature from 70 to 90°C for 1-3 h under vigorous stirring to provide a suspension of cell debris and a PHA-rich DMC i) separating the cell debris from the PHA-rich DMC, j) concentrating the PHA-rich DMC to provide a PHA-DMC concentrate k) adding a cold non-solvent at a temperature from -20°C to 0°C to the PHA-DMC concentrate and mixing to provide a suspension of PHA precipitate in DMC and non-solvent l) separating the PHA precipitate from the DMC and non-solvent m) washing the PHA precipitate separated in step I) with cold non-solvent n) drying the PHA precipitate washed in step m) to provide a PHA isolated from the PHA-rich bacterial biomass.
Device, in particular a rechargeable battery pack or a battery pack (10; 100), comprising a plurality of individual cells (12; 112) which are mutually connected and supply a voltage, wherein each cell (12; 112) has a monitoring circuit (14; 114) assigned thereto in order to monitor a function of the cell (12; 112) and in order to provide an item of cell information on the basis thereof, and wherein each monitoring circuit (14; 114) is coupled to a coupling arrangement (16; 116) which provides an electrically isolated state signal on the basis of the items of cell information such that the monitoring circuit (14; 114) is electrically isolated by the coupling arrangement (16; 116) from a signal evaluation circuit (18; 118) providing the state signal.
A fixing clamp (1; 101) for an aligning device for fixingly clamping a body extremity, comprising a first clamp arm (12; 112) and a second clamp arm (14; 114) and comprising a support fork or support trough for the body extremity having a first support leg and a second support leg, which has a central mounting or connecting portion for mounting or connection to an adjusting rod as well as a first rotation joint and a second rotation joint on the support fork, on each of which the corresponding first clamp arm (12; 112) is rotatably articulated about a first rotational axis and the second clamp arm (14; 114) is rotatably articulated about a second rotational axis, characterized in that the first rotation joint is displaceably mounted on the first support leg and/or the second rotation joint is displaceably mounted on the second support leg of the support fork.
A hair styling apparatus comprising; a first arm and a second arm coupled together at a first end thereof, wherein an inner wall of the first arm is facing an inner wall of the second arm, wherein the first arm and the second arm are arranged to receive hair within a cavity formed between the first arm and the second arm when the first arm and second arm are in a closed position, and wherein at least one of the first arm and second arm comprise a plenum (40, 42), said plenum comprising an air outlet for emitting air towards hair within the cavity, and a hair clamp comprising a pair of clamping members (68, 70, 71) for gripping hair therebetween, wherein each clamping member is supported by the inner wall of the first arm and second arm, respectively, characterized in that each clamping member (68, 70, 71) comprises an elongate bar extending longitudinally on the inner wall of the respective arm, and in that each clamping member is adapted to move relative to the arm upon which it is supported, between an extended position and a retracted position, and the movement is biased towards the extended position. a first arm and a second arm coupled together at a first end thereof, wherein an inner wall of the first arm is facing an inner wall of the second arm, wherein the first arm and the second arm are arranged to receive hair within a cavity formed between the first arm and the second arm when the first arm and second arm are in a closed position, and wherein at least one of the first arm and second arm comprise a plenum (40, 42), said plenum comprising an air outlet for emitting air towards hair within the cavity, and a hair clamp comprising a pair of clamping members (68, 70, 71) for gripping hair therebetween, wherein each clamping member is supported by the inner wall of the first arm and second arm, respectively, characterized in that each clamping member (68, 70, 71) comprises an elongate bar extending longitudinally on the inner wall of the respective arm, and in that each clamping member is adapted to move relative to the arm upon which it is supported, between an extended position and a retracted position, and the movement is biased towards the extended position.
A gear shift arrangement for a vehicle transmission, comprising: a knob (110, 210) configured to rotate to select a shift stage; an operation unit (150, 240) configured to rotate during rotation of the knob (110, 210) to generate an operation feeling; and a plurality of the gear units (120, 130, 220, 230) configured to transmit a rotational force of the knob (110, 210) to the operation unit (150, 240), wherein at least one of the plurality of the gear units (120, 130, 220, 230) has a central axis spaced apart from a rotational axis of the knob (110, 210), represented by a second gear unit, wherein the plurality of the gear units (120, 130, 220, 230) includes another gear unit (120, 220), a first gear unit, configured to rotate about the same center axis as the rotational axis of the knob (110, 210); and said at least one of the plurality of the gear units (130, 230) is disposed to mesh with the another gear unit, characterized in that said at least one of the plurality of the gear units (130, 230) includes a first external gear (132, 232) and a second external gear (133, 233), wherein the another gear unit (120, 220) includes a first internal gear (122, 222) formed along an outer end; and a shaft (123, 221) inserted into a cavity (131, 231) of said at least one of the plurality of the gear units (130, 230), wherein the first external gear (132, 232) is disposed to mesh with a first side of the first internal gear (122, 222). a knob (110, 210) configured to rotate to select a shift stage; an operation unit (150, 240) configured to rotate during rotation of the knob (110, 210) to generate an operation feeling; and a plurality of the gear units (120, 130, 220, 230) configured to transmit a rotational force of the knob (110, 210) to the operation unit (150, 240), wherein at least one of the plurality of the gear units (120, 130, 220, 230) has a central axis spaced apart from a rotational axis of the knob (110, 210), represented by a second gear unit, wherein the plurality of the gear units (120, 130, 220, 230) includes another gear unit (120, 220), a first gear unit, configured to rotate about the same center axis as the rotational axis of the knob (110, 210); and said at least one of the plurality of the gear units (130, 230) is disposed to mesh with the another gear unit, characterized in that said at least one of the plurality of the gear units (130, 230) includes a first external gear (132, 232) and a second external gear (133, 233), wherein the another gear unit (120, 220) includes a first internal gear (122, 222) formed along an outer end; and a shaft (123, 221) inserted into a cavity (131, 231) of said at least one of the plurality of the gear units (130, 230), wherein the first external gear (132, 232) is disposed to mesh with a first side of the first internal gear (122, 222).
A method for determining one or more heart beat features, the method comprising: capturing a series of visible light images of a face of a user by a visible light camera; capturing, during capturing the series of the visible light images, at least one infrared image of the face by an infrared camera; detecting, on the at least one infrared image, one or more first face landmarks indicative of a location of the face; locating one or more skin patches on the visible light image series; and determining one or more heart beat features based on the skin patches; and locating one or more skin patches comprises determining a position of the skin patches relative to the one or more first face landmarks. capturing a series of visible light images of a face of a user by a visible light camera; capturing, during capturing the series of the visible light images, at least one infrared image of the face by an infrared camera; detecting, on the at least one infrared image, one or more first face landmarks indicative of a location of the face; locating one or more skin patches on the visible light image series; and determining one or more heart beat features based on the skin patches; and locating one or more skin patches comprises determining a position of the skin patches relative to the one or more first face landmarks.
A security element for safeguarding security papers, value documents and other data carriers, having a display arrangement for displaying one or more target images (14A, 14B) whose motifs are formed in each case by visually perceptible, contrasting metallic (16A, 16AB) and non-metallic (18A, 18B) sub-regions, the display arrangement including a motif layer having a plurality of metalized image elements and non-metalized image elements and, spaced apart from the motif layer, a viewing grid composed of a plurality of viewing elements, and the metalized image elements and the non-metalized image elements producing the visually perceptible, contrasting metallic and non-metallic sub-regions of the target images (14A, 14B) when viewed with the viewing grid, the motif layer comprising an embossing pattern having elevations and depressions (110,120), the non-metalized image elements of the motif layer being formed by non-metalized elevations in the embossing pattern, and the metallic image elements by substantially metalized depressions (110,120) in the embossing pattern, characterized in that at least a portion of the substantially metalized depressions includes, in an area fraction of between 0.1% and 25%, small, elevated support structures that are not visually perceptible when viewed with the viewing grid.
An injection-moulded structural component with a hollow structural section, said hollow structural section comprising: - a section body having a cavity with an opening; - a section lid secured to said section body via a hinge and hinge-folded onto said opening; and - a fastening means fastening the section lid to the section body onto the opening and preventing an unfolding of the section lid. - a section body having a cavity with an opening; - a section lid secured to said section body via a hinge and hinge-folded onto said opening; and - a fastening means fastening the section lid to the section body onto the opening and preventing an unfolding of the section lid.