mhurhangee/ep-ind-claims huggingface dataset:
A method of routing a short message to a user device comprising sending a short message routing request from an originating network element directly to an HLR or HSS of a terminating user; relaying the short message routing request by the HLR or HSS to a gateway, characterized by the steps of: determining dynamically by the gateway if the terminating user is attached to an IMS network, wherein the determining is performed by: subscribing to a registration event package in a CSCF, Call Session Control Function, assigned to the user by sending a subscribe message to an I-CSCF, Interrogating CSCF, to locate the S-CSCF, Serving CSCF, to which the terminating user is assigned; and receiving, by the gateway, from the S-CSCF to which the terminating user is assigned a notification with a user status and S-CSCF URI and contact addresses of the terminating user; and deciding, by the gateway, whether to perform onward routing of the short message over circuit switched domain or IMS network elements. sending a short message routing request from an originating network element directly to an HLR or HSS of a terminating user; relaying the short message routing request by the HLR or HSS to a gateway, characterized by the steps of: determining dynamically by the gateway if the terminating user is attached to an IMS network, wherein the determining is performed by: subscribing to a registration event package in a CSCF, Call Session Control Function, assigned to the user by sending a subscribe message to an I-CSCF, Interrogating CSCF, to locate the S-CSCF, Serving CSCF, to which the terminating user is assigned; and receiving, by the gateway, from the S-CSCF to which the terminating user is assigned a notification with a user status and S-CSCF URI and contact addresses of the terminating user; and deciding, by the gateway, whether to perform onward routing of the short message over circuit switched domain or IMS network elements. determining dynamically by the gateway if the terminating user is attached to an IMS network, wherein the determining is performed by: subscribing to a registration event package in a CSCF, Call Session Control Function, assigned to the user by sending a subscribe message to an I-CSCF, Interrogating CSCF, to locate the S-CSCF, Serving CSCF, to which the terminating user is assigned; and receiving, by the gateway, from the S-CSCF to which the terminating user is assigned a notification with a user status and S-CSCF URI and contact addresses of the terminating user; and subscribing to a registration event package in a CSCF, Call Session Control Function, assigned to the user by sending a subscribe message to an I-CSCF, Interrogating CSCF, to locate the S-CSCF, Serving CSCF, to which the terminating user is assigned; and receiving, by the gateway, from the S-CSCF to which the terminating user is assigned a notification with a user status and S-CSCF URI and contact addresses of the terminating user; and deciding, by the gateway, whether to perform onward routing of the short message over circuit switched domain or IMS network elements.
A method for object recognition performed by an augmented reality system, the method comprising: receiving, at a computing device and from a user, an image; determining, using the computing device, channels that the user is subscribed to; determining, using the computing device, a list of servers that host the channels that the user is subscribed to by using groups of channels that are distributed among a cluster of servers; selecting, using the computing device, which servers from the list of servers are to be used to query the channels that the user is subscribed to; querying, using the computing device, the selected servers for the channels that the user is subscribed to with the image to determine at least one object that matches the image from object databases for the channels that the user is subscribed to; and retrieving and sending, using the computing device, content associated with the at least one object. receiving, at a computing device and from a user, an image; determining, using the computing device, channels that the user is subscribed to; determining, using the computing device, a list of servers that host the channels that the user is subscribed to by using groups of channels that are distributed among a cluster of servers; selecting, using the computing device, which servers from the list of servers are to be used to query the channels that the user is subscribed to; querying, using the computing device, the selected servers for the channels that the user is subscribed to with the image to determine at least one object that matches the image from object databases for the channels that the user is subscribed to; and retrieving and sending, using the computing device, content associated with the at least one object.
Optical arrangement in a microscope, comprising - an illumination device comprising an illumination optical unit for generating an illumination light beam propagating on an illumination side, - a splitter device for splitting the illumination light beam into at least two partial beams (3, 4) so that these together illuminate the same plane of a sample, and - a mirror arrangement for reflecting the partial beams (3,4) into an illumination region for a planar illumination of a sample, and comprising a means for the respective generation of a light sheet from the at least two partial beams (3,4), - a detection optical unit, characterized - in that the mirror arrangement is held in front of the illumination optical unit and situated in the field of view of the illumination optical unit, - in that the at least two partial beams (3, 4; 12, 13) are guided through the illumination optical unit in such a way that they strike the mirror arrangement and said partial beams (3, 4; 12, 13) are reflected onto the sample by the mirror arrangement, - and in that a detection optical unit is disposed coaxially with respect to an optical axis of the illumination optical unit on the side of the illumination region distant from the illumination side. - an illumination device comprising an illumination optical unit for generating an illumination light beam propagating on an illumination side, - a splitter device for splitting the illumination light beam into at least two partial beams (3, 4) so that these together illuminate the same plane of a sample, and - a mirror arrangement for reflecting the partial beams (3,4) into an illumination region for a planar illumination of a sample, and comprising a means for the respective generation of a light sheet from the at least two partial beams (3,4), - a detection optical unit, characterized - in that the mirror arrangement is held in front of the illumination optical unit and situated in the field of view of the illumination optical unit, - in that the at least two partial beams (3, 4; 12, 13) are guided through the illumination optical unit in such a way that they strike the mirror arrangement and said partial beams (3, 4; 12, 13) are reflected onto the sample by the mirror arrangement, - and in that a detection optical unit is disposed coaxially with respect to an optical axis of the illumination optical unit on the side of the illumination region distant from the illumination side.
A configuration method of an electric power conversion installation, the installation comprising several converters, characterized in that it comprises a step of determining a set of converters to be activated to provide a short-circuit current guaranteeing selectivity of the electrical protection of the installation and an activation step of this set of converters, in said step of determining, for an electric power system to be supplied, the number of converters to be activated can be determined according to the following formulas: N FC = rounded. up S t / S FC with S t = min m / k × S ship, S n and l sc FC = k × ln and l sc max = m × ln, in which, S n: maximum rated power of the conversion installation; S t: rated power of the conversion installation after configuration; S FC: rated power of the converters; N FC: number of converters activated; S ship i: rated power of the power system to be supplied; l sc FC: rated short-circuit current of a converter; k: multiplication factor; l sc max: maximum short-circuit current demanded by the power system to be supplied; m: multiplication factor; In: rated current of a converter. S n: maximum rated power of the conversion installation; S t: rated power of the conversion installation after configuration; S FC: rated power of the converters; N FC: number of converters activated; S ship i: rated power of the power system to be supplied; l sc FC: rated short-circuit current of a converter; k: multiplication factor; l sc max: maximum short-circuit current demanded by the power system to be supplied; m: multiplication factor; In: rated current of a converter.
Part before of a motor vehicle, including: - a bumper cross; - a front front front top cross; - a bumper extending in front of the bumper cross and the upper front front cross; - at least one bumper support plate, attached to the upper front front front cross; the bumper support plate(s) shall cooperate with the bumper cross in such a way as to support the bumper cross in the event of a head impact on the bumper, characterized by the bumper support plate(s) cooperating with the bumper cross through a bracket attached to the bumper cross, the bracket or each of the brackets comprising a first vertical portion (13.1) mounted on the bumper cross and a second adjacent portion (13.2) to the first portion (13.1) and extending horizontally over the said cross, the bumper bracket(s) containing one or more bumper supports horizontal lower face (9.1) directly opposite the second portion (13.2) of the corresponding bracket and a lower leg (9.2) extending downward before the first portion (13.1) of the corresponding bracket. - a bumper cross; - a front front front top cross; - a bumper extending in front of the bumper cross and the upper front front cross; - at least one bumper support plate, attached to the upper front front front cross;
An active antenna array for mobile communications network comprising: - a plurality of receive paths carrying receive signals; - a sounding signal generator for generating an initial sounding signal for sounding at least a portion of at least one of the plurality of receive paths; - a multi-way switch for switching the initial sounding signal to one of the plurality of receive paths - a coupler for coupling the switched sounding signal into one of the plurality of receive paths to generate an adjusted sounding signal; - an analog-to-digital convertor for digitizing the coupled ones of the sounding signal and a received signal; - a calibration processing unit for comparing the digitized sounding signal with the initial sounding signal and generating calibration parameters; - a sounding signal extractor for removing the digitised adjusted sounding signal from the digitised ones of the receive signals to form a wanted signal; and characterized by a power controller for controlling the level of power of the initial sounding signal in order to ensure that the level of power of the initial sounding signal is not so large as to interfere with the one of the receive signals carried by said coupled one of the plurality of receive paths, the power controller being adapted to compare, for the coupled one of the plurality of receive paths, the level of power of the digitised adjusted sounding signal with a level of power of the receive signal carried by said coupled one of the plurality of receive paths. - a plurality of receive paths carrying receive signals; - a sounding signal generator for generating an initial sounding signal for sounding at least a portion of at least one of the plurality of receive paths; - a multi-way switch for switching the initial sounding signal to one of the plurality of receive paths - a coupler for coupling the switched sounding signal into one of the plurality of receive paths to generate an adjusted sounding signal; - an analog-to-digital convertor for digitizing the coupled ones of the sounding signal and a received signal; - a calibration processing unit for comparing the digitized sounding signal with the initial sounding signal and generating calibration parameters; - a sounding signal extractor for removing the digitised adjusted sounding signal from the digitised ones of the receive signals to form a wanted signal; and
Method for applying a top layer comprising bitumen and chippings onto a substrate, comprising the following steps: i) providing a composition comprising bitumen and chippings, ii) heating the composition from i), iii) applying the heated composition from ii) onto the substrate and compacting it, iv) allowing the composition applied onto the substrate to cool, v) measuring the texture depth of the cooled composition applied onto the substrate from iv), wherein the measured texture depth is compared to a reference value, vi) water-jetting the cooled composition applied onto the substrate from iv), wherein step vi) is repeated if the texture depth measured in step v) is less than the reference value, wherein step vi) is terminated if the texture depth measured in step v) is equal to or greater than the reference value, characterized in that in step vi) the water pressure is in a range of 1500 bar - 3000 bar, the amount of water is in a range of 35-40 l/m 2 and the speed of travel is in a range of 7 - 9 m 1 per minute. i) providing a composition comprising bitumen and chippings, ii) heating the composition from i), iii) applying the heated composition from ii) onto the substrate and compacting it, iv) allowing the composition applied onto the substrate to cool, v) measuring the texture depth of the cooled composition applied onto the substrate from iv), wherein the measured texture depth is compared to a reference value, vi) water-jetting the cooled composition applied onto the substrate from iv),
A composition for use in improving cardiac function in a mammal, the composition comprising a NAP-2 polypeptide or a nucleic acid encoding a NAP-2 polypeptide.
A method of measuring a cell voltage of a battery apparatus including a first battery module and a second battery module, the method comprising: measuring a voltage of each battery cell using a cell voltage sensing circuit (231, 331) shared by at least some battery cells of the first battery module and at least some battery cells of the second battery module; measuring a voltage of a bus-bar connecting the first battery module and the second battery module using the cell voltage sensing circuit (231, 331, 432); and correcting a voltage of at least one battery cell among the some battery cells of the first battery module and the some battery cells of the second battery module based on the voltage of the bus-bar. measuring a voltage of each battery cell using a cell voltage sensing circuit (231, 331) shared by at least some battery cells of the first battery module and at least some battery cells of the second battery module; measuring a voltage of a bus-bar connecting the first battery module and the second battery module using the cell voltage sensing circuit (231, 331, 432); and correcting a voltage of at least one battery cell among the some battery cells of the first battery module and the some battery cells of the second battery module based on the voltage of the bus-bar.
A speaker element comprising: a diaphragm with a plurality of connection pieces disposed on an outer edge of a major surface of the diaphragm, the connection pieces protruding outward along the major surface and being connected to another member; and a piezoelectric element that is layered on the diaphragm and becomes deformed under application of a voltage to cause the diaphragm to vibrate, characterized in that the connection pieces are prevented from deforming, by having a thickness of the connection pieces along a direction orthogonal to the major surface greater than a sheet thickness of the diaphragm in a region on which the piezoelectric element is layered, and the connection pieces protrude from the major surface in a direction orthogonal to the major surface. a diaphragm with a plurality of connection pieces disposed on an outer edge of a major surface of the diaphragm, the connection pieces protruding outward along the major surface and being connected to another member; and a piezoelectric element that is layered on the diaphragm and becomes deformed under application of a voltage to cause the diaphragm to vibrate, characterized in that the connection pieces are prevented from deforming, by having a thickness of the connection pieces along a direction orthogonal to the major surface greater than a sheet thickness of the diaphragm in a region on which the piezoelectric element is layered, and the connection pieces protrude from the major surface in a direction orthogonal to the major surface.
A clamping assembly comprising a body defining a path to receive an elongate article lengthwise therethrough, a clamping arrangement in the body, the clamping arrangement being arrangeable in a clamping condition to clamp the elongate article, and the clamping assembly further including a release arrangement on the body, wherein the release arrangement is moveable in a direction transverse to the path to release the clamping arrangement from the clamping condition, wherein the clamping arrangement comprises a carriage held within the body and a clamping member carried by the carriage, the carriage including a release portion co-operable with the release arrangement, and wherein the release arrangement comprises a main part and an engaging element configured to cooperate with the clamping arrangement, characterised in that the release portion comprises a chamfered release surface, and the engaging element has a co-operating surface to co-operate with the release surface on the carriage, the co-operating surface being disposed at a corresponding angle to the chamfered release surface.
An illuminated suction device, said device comprising: a suction tube having a proximal end, a distal end, and a central portion therebetween, the proximal end arranged to be fluidly connectable to a vacuum source, wherein the suction tube further comprises an inner surface and an outer surface wherein the suction tube is electrically conductive, configured to be coupled to an energy source and to act as an electrode for conducting an electrical signal; an inner layer of optical cladding disposed circumferentially around the outer surface of the central portion of the suction tube; a non- fiber optic optical waveguide having a proximal end, a distal end, and a central portion therebetween, wherein light is transmitted through the waveguide by total internal reflection and the light exits the distal end to illuminate a surgical field, and wherein the optical waveguide is disposed against the suction tube with the inner layer of optical cladding disposed therebetween; and an outer layer of optical cladding disposed circumferentially around the suction tube and the optical waveguide. a suction tube having a proximal end, a distal end, and a central portion therebetween, the proximal end arranged to be fluidly connectable to a vacuum source, wherein the suction tube further comprises an inner surface and an outer surface wherein the suction tube is electrically conductive, configured to be coupled to an energy source and to act as an electrode for conducting an electrical signal; an inner layer of optical cladding disposed circumferentially around the outer surface of the central portion of the suction tube; a non- fiber optic optical waveguide having a proximal end, a distal end, and a central portion therebetween, wherein light is transmitted through the waveguide by total internal reflection and the light exits the distal end to illuminate a surgical field, and wherein the optical waveguide is disposed against the suction tube with the inner layer of optical cladding disposed therebetween; and an outer layer of optical cladding disposed circumferentially around the suction tube and the optical waveguide.
A modified atmosphere packaging method, comprising the steps of: a) providing a modified atmosphere packaging (1,5,9) made in a gas impermeable material, the packaging is heat sealable at a heat sealing section and comprises at least one one-way valve for allowing gas to escape the packaging, wherein at least the heat seal section comprises a heat sealable polymer film having a sealing temperature range of at least 25 °C; b) adding dry ice snow and a food product to the modified atmosphere packaging, wherein the particles of the dry ice snow have a mass median diameter of less than 1 mm; c) evacuating gas from the modified atmosphere packaging (1,5,9) before heat sealing; d) heat sealing the modified atmosphere packaging at the heat sealing section; and e) allowing excess CO 2 -gas to be vented through the at least one one-way valve after the modified atmosphere packaging has been heat sealed. a) providing a modified atmosphere packaging (1,5,9) made in a gas impermeable material, the packaging is heat sealable at a heat sealing section and comprises at least one one-way valve for allowing gas to escape the packaging, wherein at least the heat seal section comprises a heat sealable polymer film having a sealing temperature range of at least 25 °C; b) adding dry ice snow and a food product to the modified atmosphere packaging, wherein the particles of the dry ice snow have a mass median diameter of less than 1 mm; c) evacuating gas from the modified atmosphere packaging (1,5,9) before heat sealing; d) heat sealing the modified atmosphere packaging at the heat sealing section; and e) allowing excess CO 2 -gas to be vented through the at least one one-way valve after the modified atmosphere packaging has been heat sealed.
A computing system, comprising: a computer readable storage medium with computer executable instructions, including a biophysical simulator and an electrocardiogram signal analyzer; and a processor configured - to execute the electrocardiogram signal analyzer to determine myocardial infarction characteristics from an input electrocardiogram; - to execute the biophysical simulator to simulate, from input cardiac image data and the determined myocardial infarction characteristics, a fractional flow reserve or an instant wave-free ratio index, wherein the biophysical simulator includes a boundary condition determiner and a boundary condition adapter, the boundary condition determiner determines boundary conditions from a coronary tree segmented from the input cardiac image data, and the boundary condition adapter adapts the boundary conditions based on the determined myocardial infarction characteristics. a computer readable storage medium with computer executable instructions, including a biophysical simulator and an electrocardiogram signal analyzer; and a processor configured - to execute the electrocardiogram signal analyzer to determine myocardial infarction characteristics from an input electrocardiogram; - to execute the biophysical simulator to simulate, from input cardiac image data and the determined myocardial infarction characteristics, a fractional flow reserve or an instant wave-free ratio index, - to execute the electrocardiogram signal analyzer to determine myocardial infarction characteristics from an input electrocardiogram; - to execute the biophysical simulator to simulate, from input cardiac image data and the determined myocardial infarction characteristics, a fractional flow reserve or an instant wave-free ratio index, wherein the biophysical simulator includes a boundary condition determiner and a boundary condition adapter, the boundary condition determiner determines boundary conditions from a coronary tree segmented from the input cardiac image data, and the boundary condition adapter adapts the boundary conditions based on the determined myocardial infarction characteristics.