mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a location of a mobile communication terminal, the method being performed in a location determiner and comprising the steps of: obtaining, using a first location source, a first location indicator of the mobile communication terminal; obtaining, using a second location source, a second location indicator of the mobile communication terminal by obtaining, from the second location source, SMS, Short Message Service, routing information indicating a current network of a mobile subscriber; and deriving the second location indicator using the current network; determining an inconsistency condition to be true when one, and only one, of the first and second location indicators indicates the mobile communication terminal to be located within the coverage of its home network; and when the inconsistency condition is true, disregarding the location indicator indicating the mobile communication terminal to be located within the coverage of its home network; the method characterized in that the first location indicator is obtained by obtaining from the first location source, SMS routing information indicating a current network of a mobile subscriber; and deriving the first location indicator using the current network. obtaining, using a first location source, a first location indicator of the mobile communication terminal; obtaining, using a second location source, a second location indicator of the mobile communication terminal by obtaining, from the second location source, SMS, Short Message Service, routing information indicating a current network of a mobile subscriber; and deriving the second location indicator using the current network; determining an inconsistency condition to be true when one, and only one, of the first and second location indicators indicates the mobile communication terminal to be located within the coverage of its home network; and when the inconsistency condition is true, disregarding the location indicator indicating the mobile communication terminal to be located within the coverage of its home network;
Electronic module (10, 20) designed to be installed in a vehicle, the module comprising a casing (11, 21) containing at least two circuit boards (12, 13; 22, 23) connected together by at least one electrical conductor (14, 24), the conductor having one of its ends bonded to one of the circuit boards and the other of its ends bonded to the other circuit board, the casing also containing a protective resin (17, 27) coating at least one of the bonded ends of the electrical conductor, protective resin being a polyurethane resin, characterized in that the conductor has a diameter of between 300 and 500 mm and in that the ends of the conductor are bonded by the "wedge bonding" technique.
Rotor blade to be arranged in a hot gas channel of a turbomachine, which rotor blade has an airfoil and, radially inside thereof, an inner platform in which a chamber is formed which - is delimited radially outwardly by an inner shroud of the inner platform, and - is delimited axially between a front chamber wall and a rear chamber wall of the inner platform, - a front sealing plate being arranged on the front chamber wall and extending axially toward the front away from the chamber, and - a rear sealing plate being arranged on the rear chamber wall and extending axially toward the rear away from the chamber, and an axial bulkhead wall also being arranged in the chamber and - dividing the chamber into a radially inner chamber wall region and a radially outer chamber wall region, characterized in that - the axial bulkhead, viewed in an axial section, extends into the front chamber wall at the level of the front sealing plate and extends into the rear chamber wall at the level of the rear sealing plate. - is delimited radially outwardly by an inner shroud of the inner platform, and - is delimited axially between a front chamber wall and a rear chamber wall of the inner platform, - a front sealing plate being arranged on the front chamber wall and extending axially toward the front away from the chamber, and - a rear sealing plate being arranged on the rear chamber wall and extending axially toward the rear away from the chamber, - dividing the chamber into a radially inner chamber wall region and a radially outer chamber wall region, - the axial bulkhead, viewed in an axial section, extends into the front chamber wall at the level of the front sealing plate and extends into the rear chamber wall at the level of the rear sealing plate.
An elastomeric composition comprising: a) at least one elastomer; and b) a hydrocarbon polymer additive, wherein the hydrocarbon polymer additive is selected from at least one of dicyclopentadiene (DCPD)-based polymer, a cyclopentadiene -based polymer, a DCPD-styrene copolymer, a C 5 homopolymer and copolymer resin, a C 5 -styrene copolymer resin, a terpene homopolymer or copolymer resin, a pinene homopolymer or copolymer resin, a C 9 homopolymer and copolymer resin, a C 5 /C 9 copolymer resin, an alpha-methylstyrene homopolymer or copolymer resin, and combinations thereof; wherein the hydrocarbon polymer additive has a glass transition temperature in the range of 40 to 70°C; and wherein, the composition has a permeability coefficient at 40°C of 1.0 cc*mm/(m 2 -day)*mmHg or less. a) at least one elastomer; and b) a hydrocarbon polymer additive, wherein the hydrocarbon polymer additive is selected from at least one of dicyclopentadiene (DCPD)-based polymer, a cyclopentadiene -based polymer, a DCPD-styrene copolymer, a C 5 homopolymer and copolymer resin, a C 5 -styrene copolymer resin, a terpene homopolymer or copolymer resin, a pinene homopolymer or copolymer resin, a C 9 homopolymer and copolymer resin, a C 5 /C 9 copolymer resin, an alpha-methylstyrene homopolymer or copolymer resin, and combinations thereof;
A complex suitable for cohesion of chromatids or chromosomes comprising one or more first protein(s) and one or more second protein(s), wherein the first and the second protein(s) each comprise ( i) a chromatin-binding component, ( ii) a protein-binding region being N-terminal of the chromatin-binding component (PBN region), ( iii) a protein-binding region being C-terminal of the chromatin-binding component (PBC region); wherein (i) the chromatin binding components of the first and the second protein(s) are capable of binding to a target sequence on chromatids or chromosomes; and wherein (ii) the PBN region of the first protein(s) is/are capable of binding to (ii) the PBN region of the second protein(s) and wherein (iii) the PBC region of the first protein(s) is/are capable of binding to (iii) the PBC region of the second protein(s), or wherein (ii) the PBN region of the first protein(s) is/are capable of binding to (iii) the PBC region of the second protein(s) and wherein (iii) the PBC region of the first protein(s) is/are capable of binding to (ii) the PBN region of the second protein(s); and wherein the binding to the chromatids or chromosomes and the binding of the PBN and PBC regions of the first and second protein(s) reversibly tether chromatids or chromosomes. wherein the first and the second protein(s) each comprise ( i) a chromatin-binding component, ( ii) a protein-binding region being N-terminal of the chromatin-binding component (PBN region), ( iii) a protein-binding region being C-terminal of the chromatin-binding component (PBC region); wherein (i) the chromatin binding components of the first and the second protein(s) are capable of binding to a target sequence on chromatids or chromosomes; and wherein (ii) the PBN region of the first protein(s) is/are capable of binding to (ii) the PBN region of the second protein(s) and wherein (iii) the PBC region of the first protein(s) is/are capable of binding to (iii) the PBC region of the second protein(s), or wherein (ii) the PBN region of the first protein(s) is/are capable of binding to (iii) the PBC region of the second protein(s) and wherein (iii) the PBC region of the first protein(s) is/are capable of binding to (ii) the PBN region of the second protein(s); and wherein (ii) the PBN region of the first protein(s) is/are capable of binding to (ii) the PBN region of the second protein(s) and wherein (iii) the PBC region of the first protein(s) is/are capable of binding to (iii) the PBC region of the second protein(s), or wherein (ii) the PBN region of the first protein(s) is/are capable of binding to (iii) the PBC region of the second protein(s) and wherein (iii) the PBC region of the first protein(s) is/are capable of binding to (ii) the PBN region of the second protein(s); and wherein the binding to the chromatids or chromosomes and the binding of the PBN and PBC regions of the first and second protein(s) reversibly tether chromatids or chromosomes.
An aqueous composition comprising proteins comprising whey protein and a casein compound, wherein: - the pH is of from 6.5 to 8.0, - the total amount of proteins is of at least 8.0% by weight, - the amount of whey protein is of at least 8.0% by weight, - the casein compound is a non-micellar casein compound, and - the weight ratio between the whey protein and the casein compound is from 78/22 to 99/1. - the pH is of from 6.5 to 8.0, - the total amount of proteins is of at least 8.0% by weight, - the amount of whey protein is of at least 8.0% by weight, - the casein compound is a non-micellar casein compound, and - the weight ratio between the whey protein and the casein compound is from 78/22 to 99/1.
Electrolysis cell comprising a gas diffusion electrode comprising a metal M selected from Ag, Au, Cu, Pd and mixtures and/or alloys and/or salts thereof, and at least one binder, as cathode, wherein the gas diffusion electrode comprises hydrophilic and hydrophobic pores and/or channels, wherein an ion exchange material is present at least to some degree in the pores and/or channels of the gas diffusion electrode, wherein the ion exchange material is an anion exchange material, wherein the anion exchange material does not have any imidazolium-, pyridinium- and β-hydrogen-containing groups.
An aerodynamic dome component (120, 200, 300, 350) for a wind turbine, the aerodynamic dome (120, 200, 300, 350) characterized by: an outer ring comprising a plurality of arcuate ring segments; a central axle disposed relative to the outer ring; a plurality of radially extending tensioning members coupled to the outer ring at a first end and to the central axle at a second end, wherein the outer ring, the plurality of radially extending tensioning members and the central axle together form an underlying dome support structure; and a skin-like covering enveloping at least a portion of the underlying dome support structure to form at least a portion of the aerodynamic dome component (120, 200, 300, 350) and define a front dome portion. an outer ring comprising a plurality of arcuate ring segments; a central axle disposed relative to the outer ring; a plurality of radially extending tensioning members coupled to the outer ring at a first end and to the central axle at a second end, wherein the outer ring, the plurality of radially extending tensioning members and the central axle together form an underlying dome support structure; and a skin-like covering enveloping at least a portion of the underlying dome support structure to form at least a portion of the aerodynamic dome component (120, 200, 300, 350) and define a front dome portion.
An animation implementation method, carried out by a terminal (10, 40, 50), the terminal (10, 40, 50) comprising at least a memory and a processor, the method comprising: performing motion detection on an object in each video window of multiple video windows in a video interactive interface; when motion information of an object in a target video window is detected, determining animation information and an animation movement direction according to the motion information; determining a termination video window from the multiple video windows in the video interactive interface according to the animation movement direction; and performing animation display in the termination video window according to the animation information, wherein the determining the termination video window from the multiple video windows in the video interactive interface according to the animation movement direction comprises: determining a window judgment area of a candidate video window, wherein the candidate video window is a video window except the target video window in the video interactive interface; drawing a straight line in the video interactive interface according to the animation movement direction; determining a target window judgment area which is first reached when drawing the straight line; and taking a candidate video window corresponding to the target window judgment area as the termination video window. performing motion detection on an object in each video window of multiple video windows in a video interactive interface; when motion information of an object in a target video window is detected, determining animation information and an animation movement direction according to the motion information; determining a termination video window from the multiple video windows in the video interactive interface according to the animation movement direction; and performing animation display in the termination video window according to the animation information, wherein the determining the termination video window from the multiple video windows in the video interactive interface according to the animation movement direction comprises: determining a window judgment area of a candidate video window, wherein the candidate video window is a video window except the target video window in the video interactive interface; drawing a straight line in the video interactive interface according to the animation movement direction; determining a target window judgment area which is first reached when drawing the straight line; and taking a candidate video window corresponding to the target window judgment area as the termination video window. determining a window judgment area of a candidate video window, wherein the candidate video window is a video window except the target video window in the video interactive interface; drawing a straight line in the video interactive interface according to the animation movement direction; determining a target window judgment area which is first reached when drawing the straight line; and taking a candidate video window corresponding to the target window judgment area as the termination video window.
A laser diode assembly comprising: a mode-locked laser diode device comprising an external resonator (80; 90); and a wavelength selective element (82; 92; 94, 96) placed outside the external resonator (80; 90) of the mode-locked laser diode device, wherein the wavelength selective element (82; 92; 94, 96) is a bandpass filter or a diffraction grating and an aperture selecting a primary or higher diffracted-beam output from the diffraction grating, and wherein a light output spectrum of the pulsed laser beam emitted through the external resonator (80; 90) from the mode-locked laser diode device contains a plurality of peaks, and one of the peaks on the longer wavelength side of the light output spectrum is extracted by the wavelength selective element (82; 92; 94, 96), and output to the outside of the laser diode assembly. a mode-locked laser diode device comprising an external resonator (80; 90); and a wavelength selective element (82; 92; 94, 96) placed outside the external resonator (80; 90) of the mode-locked laser diode device, wherein the wavelength selective element (82; 92; 94, 96) is a bandpass filter or a diffraction grating and an aperture selecting a primary or higher diffracted-beam output from the diffraction grating, and wherein a light output spectrum of the pulsed laser beam emitted through the external resonator (80; 90) from the mode-locked laser diode device contains a plurality of peaks, and one of the peaks on the longer wavelength side of the light output spectrum is extracted by the wavelength selective element (82; 92; 94, 96), and output to the outside of the laser diode assembly.
A method performed by a wireless transmitter, said method comprising: transmitting in a 60GHz frequency band an enhanced directional multi-gigabit, EDMG, physical layer convergence protocol data unit, PPDU; wherein the EDMG PPDU comprises a first header, a second header, and a payload; wherein the first header is a modified 802.11ad header carrying a plurality of bits, which carries at least one parameter for a directional multi-gigabit, DMG, PPDU; wherein a logical value of one or more reserved bits of the plurality of bits is set to 1 to indicate the presence of the second header in the EDMG PPDU and other bits in the plurality of bits except the one or more reserved bits are the same as in an 802.1 1ad header; wherein the logical value is used by a receiver to determine that the EDMG PPDU comprises the second header; wherein the second header carries at least one parameter for the EDMG PPDU, wherein the at least one parameter for the EDMG PPDU in the second header comprises a number of bonded channels, a MIMO type, a MIMO order, or a combination thereof; and wherein the first header and the second header are a physical layer packet header. transmitting in a 60GHz frequency band an enhanced directional multi-gigabit, EDMG, physical layer convergence protocol data unit, PPDU; wherein the EDMG PPDU comprises a first header, a second header, and a payload; wherein the first header is a modified 802.11ad header carrying a plurality of bits, which carries at least one parameter for a directional multi-gigabit, DMG, PPDU; wherein a logical value of one or more reserved bits of the plurality of bits is set to 1 to indicate the presence of the second header in the EDMG PPDU and other bits in the plurality of bits except the one or more reserved bits are the same as in an 802.1 1ad header; wherein the logical value is used by a receiver to determine that the EDMG PPDU comprises the second header; wherein the second header carries at least one parameter for the EDMG PPDU, wherein the at least one parameter for the EDMG PPDU in the second header comprises a number of bonded channels, a MIMO type, a MIMO order, or a combination thereof; and wherein the first header and the second header are a physical layer packet header.
Steam power plant comprising a steam turbine unit, a water-steam cycle and a process steam consumer, • wherein the steam turbine unit consists of at least one intermediate-pressure turbine and at least one low-pressure turbine, wherein the intermediate-pressure turbine is connected to the low-pressure turbine via one or more crossover lines, and • wherein the water-steam cycle comprises a main condensate line and a return condensate line, and • wherein the process steam consumer is a separator for carbon dioxide from a flue gas, and comprises a heat exchanger, and the steam turbine unit is connected via a bleed line to the heat exchanger, wherein the bleed line branches off from the crossover line, wherein a desuperheater is connected into the bleed line on the primary side, and wherein the desuperheater is connected into the return condensate line on the secondary side. • wherein the steam turbine unit consists of at least one intermediate-pressure turbine and at least one low-pressure turbine, wherein the intermediate-pressure turbine is connected to the low-pressure turbine via one or more crossover lines, and • wherein the water-steam cycle comprises a main condensate line and a return condensate line, and • wherein the process steam consumer is a separator for carbon dioxide from a flue gas, and comprises a heat exchanger, and the steam turbine unit is connected via a bleed line to the heat exchanger,
A model for practising endoscopic retrograde cholangio-pancreatography (ERCP), having a) at least one first region (7, 7a, 7b) to be examined and/or treated in which the insertion of a medical, non-endoscopic device can be practised by a trainee without optics (cannula, guide wire, catheter, stent, probe), characterised in that b) the at least one first region (7, 7a, 7b) simulates bile and/or pancreatic ducts and consists, at least in the direction of the trainee, of a translucent or transparent material so that the penetration of the medical, non-endoscopic device becomes visible from outside for the trainee without further aids, c) the model has at least one further region into which an endoscope can be inserted and which in the interior simulates a partial section of a duodenum and communicates with the first region (7, 7a, 7b) by way of a model of a papilla so that by means of an endoscope inserted into the at least one further region and the medical non-endoscopic device inserted therein the first region (7, 7a, 7b) can be examined and/or treated, and d) the at least one further region consists of non-transparent or non-translucent material and/or is covered by a window plate or a cover independent thereof so that this at least one further region can be observed by a trainee just by way of the optics of an inserted endoscope. a) at least one first region (7, 7a, 7b) to be examined and/or treated in which the insertion of a medical, non-endoscopic device can be practised by a trainee without optics (cannula, guide wire, catheter, stent, probe), characterised in that b) the at least one first region (7, 7a, 7b) simulates bile and/or pancreatic ducts and consists, at least in the direction of the trainee, of a translucent or transparent material so that the penetration of the medical, non-endoscopic device becomes visible from outside for the trainee without further aids, c) the model has at least one further region into which an endoscope can be inserted and which in the interior simulates a partial section of a duodenum and communicates with the first region (7, 7a, 7b) by way of a model of a papilla so that by means of an endoscope inserted into the at least one further region and the medical non-endoscopic device inserted therein the first region (7, 7a, 7b) can be examined and/or treated, and d) the at least one further region consists of non-transparent or non-translucent material and/or is covered by a window plate or a cover independent thereof so that this at least one further region can be observed by a trainee just by way of the optics of an inserted endoscope.