mhurhangee/ep-ind-claims huggingface dataset:
A method in a mobile terminal for performing IP multicast session handover, comprising the steps of (i) in a first cell, receiving, from a logical announcement channel in the first cell, multicast session information for a plurality of cells in which an IP multicast session is available, the plurality of cells comprising the first cell (213, 215) and a second cell; (ii) tuning to, and joining an IP multicast group for, the IP multicast session in the first cell using the received multicast session information from the logical announcement channel; (iii) when a predetermined condition occurs, tuning to, and joining an IP multicast group for, the IP multicast session in the second cell using the received multicast session information from the logical announcement channel, wherein, in step (i), the multicast session information comprises the first cell's link-level access parameters and the second cell's link-level access parameters, and wherein steps (ii) and (iii) comprise using the first cell's link-level access parameters to tune to the IP multicast session in the first cell and using the second cell's link-level access parameters to tune to the IP multicast session in the second cell. (i) in a first cell, receiving, from a logical announcement channel in the first cell, multicast session information for a plurality of cells in which an IP multicast session is available, the plurality of cells comprising the first cell (213, 215) and a second cell; (ii) tuning to, and joining an IP multicast group for, the IP multicast session in the first cell using the received multicast session information from the logical announcement channel; (iii) when a predetermined condition occurs, tuning to, and joining an IP multicast group for, the IP multicast session in the second cell using the received multicast session information from the logical announcement channel,
A computer-implemented method of characterizing a word image for classification, segmented from an input document image, comprising: traversing the word image in steps with a window; at each of a plurality of the steps, displacing the window to the center of gravity of image data within the window, to provide a window image; for each of the plurality of window images, extracting one or several features; and characterizing the word image based on the features extracted from the plurality of window images and associated location information, wherein location information includes assigning the window image to one of a set of horizontally extending location bins which together span the word image. traversing the word image in steps with a window; at each of a plurality of the steps, displacing the window to the center of gravity of image data within the window, to provide a window image; for each of the plurality of window images, extracting one or several features; and characterizing the word image based on the features extracted from the plurality of window images and associated location information, wherein location information includes assigning the window image to one of a set of horizontally extending location bins which together span the word image.
A system (30; 100) for monitoring adhesive integrity within a cured bondline of a bonded structural assembly or composite lamina assembly, the system (30; 100) comprising: a bonded structural assembly or composite lamina assembly having a cured bondline, the cured bondline comprising: an adhesive layer; a scrim ply layer integrated with the adhesive layer; and, an electrical sensor network; an electrical power source (74; 116) for providing electrical power to the electrical sensor network; and, a digital data communications network (76; 118) for retrieving and processing data from the electrical sensor network, wherein the electrical sensor network monitors adhesive integrity within the cured bondline on demand by interpreting changes in local dynamic responses and electromechanical properties directly measured within the cured bondline, characterized in that the electrical sensor network is integrated with the scrim ply layer and comprises a plurality of spaced sensor elements in the form of active sensor nodes or separate active sensor fibers integrated into or attached onto the scrim ply layer and forming a network grid pattern (68; 72) across the scrim ply layer, wherein the sensor elements have modalities based on ultrasonic wave propagation and electromechanical impedance. a bonded structural assembly or composite lamina assembly having a cured bondline, the cured bondline comprising: an adhesive layer; a scrim ply layer integrated with the adhesive layer; and, an electrical sensor network; an adhesive layer; a scrim ply layer integrated with the adhesive layer; and, an electrical sensor network; an electrical power source (74; 116) for providing electrical power to the electrical sensor network; and, a digital data communications network (76; 118) for retrieving and processing data from the electrical sensor network, wherein the electrical sensor network monitors adhesive integrity within the cured bondline on demand by interpreting changes in local dynamic responses and electromechanical properties directly measured within the cured bondline, characterized in that the electrical sensor network is integrated with the scrim ply layer and comprises a plurality of spaced sensor elements in the form of active sensor nodes or separate active sensor fibers integrated into or attached onto the scrim ply layer and forming a network grid pattern (68; 72) across the scrim ply layer, wherein the sensor elements have modalities based on ultrasonic wave propagation and electromechanical impedance.
An aqueous silicone emulsion composition comprising; A) a phenyl silsesquioxane resin, B) an alkoxysilane, C) a hydroxy terminated polydialkylsiloxane, D) an emulsifier, and E) an emulsion of an aminofunctional polysiloxane. A) a phenyl silsesquioxane resin, B) an alkoxysilane, C) a hydroxy terminated polydialkylsiloxane, D) an emulsifier, and E) an emulsion of an aminofunctional polysiloxane.
A method of making a shoe comprising: printing a midsole having a platform and a lattice structure integrally formed with the platform by printing (402, 506) a first surface of the platform to conform to a sole of a foot of a user and printing (404, 508) the lattice structure on a second surface of the platform opposite the first surface of the platform; and positioning the midsole substantially within an outsole such that the lattice structure is substantially facing the outsole and the platform is substantially facing an upper. printing a midsole having a platform and a lattice structure integrally formed with the platform by printing (402, 506) a first surface of the platform to conform to a sole of a foot of a user and printing (404, 508) the lattice structure on a second surface of the platform opposite the first surface of the platform; and positioning the midsole substantially within an outsole such that the lattice structure is substantially facing the outsole and the platform is substantially facing an upper.
Method for validating a second vehicle transmitting a radio frequency signal, by a first vehicle, receiver of said radio frequency signal, the first and the second vehicle each carrying a radar system which can operate either in echo mode to transmit periodically a radio frequency signal and to receive a radio frequency signal reflected on another vehicle, or in dialogue mode to transmit a radio frequency signal and to receive a radio frequency signal transmitted by a radar system of another vehicle, the method comprising steps of: - obtaining, by the radar system of the first vehicle operating in dialogue mode, a first estimate of a relative position of the first vehicle relative to the second vehicle from said radio frequency signal received, said first estimate being obtained by the system radar of the second vehicle operating in echo mode; - obtaining a second estimate of a relative position of the first vehicle relative to the second vehicle by the radar system of the first vehicle operating in echo mode; - comparison between them of the first and second estimates of the relative position of the first vehicle with respect to the second vehicle; and - the second vehicle is validated as being the transmitter of the radio frequency signal received if the result of the comparison establishes that the first and second estimates of the relative position of the first vehicle relative to the second vehicle represent the same relative position of the first vehicle compared to the second vehicle. - obtaining, by the radar system of the first vehicle operating in dialogue mode, a first estimate of a relative position of the first vehicle relative to the second vehicle from said radio frequency signal received, said first estimate being obtained by the system radar of the second vehicle operating in echo mode; - obtaining a second estimate of a relative position of the first vehicle relative to the second vehicle by the radar system of the first vehicle operating in echo mode; - comparison between them of the first and second estimates of the relative position of the first vehicle with respect to the second vehicle; and - the second vehicle is validated as being the transmitter of the radio frequency signal received if the result of the comparison establishes that the first and second estimates of the relative position of the first vehicle relative to the second vehicle represent the same relative position of the first vehicle compared to the second vehicle.
A method of making a glass article with an anti-smudge surface, comprising: (a) providing the glass article with a target surface; (b) providing a coating solution consisting essentially of a fluorosilane compound and a solvent that is miscible with the fluorosilane compound; and (c) atomizing the coating solution while spray-coating the target surface of the glass article with the coating solution while controlling the spray-coating to form a monolayer of the fluorosilane compound on the target surface; wherein the coating solution is atomized by injecting gas at a pressure in a range from 10 psi to 70 psi (68.9 kPa to 482.6 kPa) into the coating solution, the coating solution is sprayed at a micrometer set point in the range from 0.004 inches to 0.008 inches (0.1 mm to 0.2 mm), while spray-coating the target surface the liquid pressure of the spray coating solution is in a range from 0.5 psi to 5 psi (3.4 kPa to 34.5 kPa), the coating solution is sprayed from a nozzle and the nozzle exit distance to the target surface is in a range from 0.5 inches to 8 inches (12.7 mm to 203.2 mm), and the coating solution is sprayed at a nozzle pass width in a range from 0.5 inches to 3 inches (12.7 mm to 76.2 mm). (a) providing the glass article with a target surface; (b) providing a coating solution consisting essentially of a fluorosilane compound and a solvent that is miscible with the fluorosilane compound; and (c) atomizing the coating solution while spray-coating the target surface of the glass article with the coating solution while controlling the spray-coating to form a monolayer of the fluorosilane compound on the target surface;
A compound, which is {4-Chloro-3-[(2,6-dimethyl-4-{2-[ -oxan-2-yl]ethoxy}benzene-1-carbothioyl)amino]phenyl}acetic acid, a pharmaceutically acceptable salt or an N-oxide thereof; or aforementioned compound in which some or all of the atoms constituting it are replaced by their isotopes.
Handle follower arrangement (10, 10A) having a handle follower and an actuating element which can be coupled to the handle follower, wherein the handle follower comprises a rotatably mounted first component and a rotatably mounted second component, which components can be coupled to each other via a first coupling device, wherein a second coupling device couples the first component or the second component of the handle follower to the actuating element, characterized in that the first coupling device comprises an adjustment device, at least one first recess which is formed on at least one fourth coupling region (12.2A) of the first component, at least one second recess which is formed in alignment with the at least one first recess on at least one fifth coupling region (12.2B) of the second component of the handle follower, and at least one coupling pin which is guided in an axially movable manner in the first recess and/or in the second recess.
A bi-directional perfusion cannula comprising an elongate tube for insertion into an artery, the elongate tube comprising: a first aperture at a distal end of the elongate tube which is forward during insertion, the first aperture being configured so that blood can flow into the artery in the direction of insertion; an elbow preformed in the elongate tube; and a second aperture, the second aperture being formed in or slightly rearward of the elbow and configured for supplying blood into the artery in a second direction which is generally opposite to the insertion direction, wherein the elongate tube has a single protuberance formed at least partially on the elbow, the protuberance being configured to facilitate positioning of the cannula in the artery, and wherein the second aperture extends through the protuberance, the bi-directional perfusion cannula being characterized in that the protuberance tapers in the insertion direction to allow insertion of the cannula in the artery, wherein a rearward portion of the protuberance tapers at a greater rate than it does in the insertion direction so as to provide greater resistance during removal than during insertion, and wherein a side profile of the protuberance has the form of a shoulder. a first aperture at a distal end of the elongate tube which is forward during insertion, the first aperture being configured so that blood can flow into the artery in the direction of insertion; an elbow preformed in the elongate tube; and a second aperture, the second aperture being formed in or slightly rearward of the elbow and configured for supplying blood into the artery in a second direction which is generally opposite to the insertion direction,
Method for operating an automatically movable domestic appliance such as a floordust collector in a room (A-D) or in a plurality of rooms (A-G), station elements being arranged optionally in addition to a base station, said elements transmitting signals that allow the relevant location of the station element to be deduced, and the domestic appliance being oriented in the room (A-G) by processing said signals, characterised in that a station element or the base station is activated in order to transmit a signal, the activation being carried out by a direct activation of the station element by remote control, an indirect activation by the optionally additionally arranged base station or indirectly via the appliance or by pressing a button on the optionally additionally arranged base station, on the appliance or also directly on the station element, a signal being generated by the base station or by the appliance, in the case of indirect activation via remote control, in order to activate the relevant station element, in that a specific room (A-G) or room portion among a plurality of rooms (A-G) to be cleaned is specified to the appliance, it being possible to travel through regions between the base station and the room (A-G) or room portion to be cleaned without successful cleaning being taken into account, and in that the specification of the room (A-G) is carried out by activating an associated station element.
A data transmission method by a user equipment, UE, in a wireless communication system, characterized in that the data transmission method comprises: mapping uplink data to resource elements corresponding to physical resource blocks assigned for transmission of a physical uplink shared channel, PUSCH, in a UE-specific aperiodic sounding reference signal, SRS, subframe, wherein the UE-specific aperiodic SRS subframe includes a single carrier frequency division multiple access, SC-FDMA, symbol reserved for an aperiodic SRS, wherein the aperiodic SRS is transmitted in the reserved SC-FDMA symbol when triggered by a base station, and wherein the uplink data is mapped to the remaining SC-FDMA symbols except the SC-FDMA symbol reserved for the aperiodic SRS in the UE-specific aperiodic SRS subframe regardless of whether the aperiodic SRS is transmitted in the reserved SC-FDMA symbol or not; and transmitting the mapped uplink data to the base station via the UE-specific aperiodic SRS subframe, wherein the UE-specific aperiodic SRS subframe is one of a plurality of UE-specific SRS subframes configured by a UE-specific aperiodic SRS parameter, and wherein the SC-FDMA symbol reserved for the aperiodic SRS is a last SC-FDMA symbol of the UE-specific aperiodic SRS subframe. mapping uplink data to resource elements corresponding to physical resource blocks assigned for transmission of a physical uplink shared channel, PUSCH, in a UE-specific aperiodic sounding reference signal, SRS, subframe, wherein the UE-specific aperiodic SRS subframe includes a single carrier frequency division multiple access, SC-FDMA, symbol reserved for an aperiodic SRS, wherein the aperiodic SRS is transmitted in the reserved SC-FDMA symbol when triggered by a base station, and wherein the uplink data is mapped to the remaining SC-FDMA symbols except the SC-FDMA symbol reserved for the aperiodic SRS in the UE-specific aperiodic SRS subframe regardless of whether the aperiodic SRS is transmitted in the reserved SC-FDMA symbol or not; and transmitting the mapped uplink data to the base station via the UE-specific aperiodic SRS subframe, wherein the UE-specific aperiodic SRS subframe is one of a plurality of UE-specific SRS subframes configured by a UE-specific aperiodic SRS parameter, and wherein the SC-FDMA symbol reserved for the aperiodic SRS is a last SC-FDMA symbol of the UE-specific aperiodic SRS subframe.
Screed assembly for laying a road surface, said screed assembly determining a working width viewed in the working direction, for laying of the road surface, and wherein the screed assembly comprises a walkway for an operator, characterized in that a working station for the operator is mounted on the screed assembly, wherein the working station comprises a base plate, on which the operator can stand and is mounted on the screed assembly in a vibration-decoupled manner, such that the transmission of vibrations from the screed assembly to the working station can be reduced or prevented, wherein the working station is mounted on a side plate of the screed assembly in order to be associated to an outer area of the working width, and wherein the walkway extends along a larger area of the working width of the screed assembly than the base plate of the working station.
Monoconjugated derivative of a glucagon-like peptide-1 or GLP-1 analogues selected from the group consisting of GLP-1 amide (SEQ ID NO 1), glycine extended GLP-1 (SEQ ID NO 2), exendin-3 and exendin-4 having a glutamine residue covalently linked to a primary alkylamino functionalized linear or branched monomethoxy- poly(ethylene glycol), characterized in that said glucagon-like peptide-1 or GLP-1 analogues selected from the group consisting of GLP-1 amide (SEQ ID NO 1), glycine extended GLP-1 (SEQ ID NO 2), exendin-3 and exendin-4 and said monomethoxy-poly(ethylene glycol) are directly linked.
A method of identifying a cell in a sample containing a plurality of cells, comprising: (a) placing said sample in a sample holder comprising a sample chamber defined by a channel having a variable cross-sectional shape such that a cross-sectional dimension of the channel differs along a length of the channel with a narrow end portion and a wider middle portion, wherein the sample chamber is configured to hold the sample, at least a portion of said sample holder comprising an optically transmissive material, said optically transmissive material comprising an optically transmissive surface and a reflective surface, wherein said optically transmissive surface and said reflective surface (614, 618) are configured effective that light passing through the optically transmissive surface simultaneously provides both epi-illumination and trans-illumination to the sample in the sample chamber, where epi-illumination comprises light traveling from said illumination source to the sample without reflection at a surface of the optically transmissive material, and where trans-illumination comprises light from said illumination source traveling within the optically transmissive material and to the sample following at least one reflection from at least one surface of said optically transmissive material; (b) illuminating said sample holder effective to simultaneously provide both epi-illumination and trans-illumination of the sample; and (c) identifying a cell in the sample. (a) placing said sample in a sample holder comprising a sample chamber defined by a channel having a variable cross-sectional shape such that a cross-sectional dimension of the channel differs along a length of the channel with a narrow end portion and a wider middle portion, wherein the sample chamber is configured to hold the sample, at least a portion of said sample holder comprising an optically transmissive material, said optically transmissive material comprising an optically transmissive surface and a reflective surface, wherein said optically transmissive surface and said reflective surface (614, 618) are configured effective that light passing through the optically transmissive surface simultaneously provides both epi-illumination and trans-illumination to the sample in the sample chamber, where epi-illumination comprises light traveling from said illumination source to the sample without reflection at a surface of the optically transmissive material, and where trans-illumination comprises light from said illumination source traveling within the optically transmissive material and to the sample following at least one reflection from at least one surface of said optically transmissive material; (b) illuminating said sample holder effective to simultaneously provide both epi-illumination and trans-illumination of the sample; and (c) identifying a cell in the sample.
A cast nickel-base superalloy, wherein the superalloy is a low Υ' superalloy, wherein the superalloy has a composition comprising, in weight percent: 1-6% Fe, 19.1% Co, 22.5% Cr, 1.2% Al, 2.3% Ti, 0.94% Ta, 0.5-1% Nb, preferably 0.8% Nb, 2% W, 0.08% C, 0.004% B, 0.02% Zr, and the balance Ni and incidental impurities. 1-6% Fe, 19.1% Co, 22.5% Cr, 1.2% Al, 2.3% Ti, 0.94% Ta, 0.5-1% Nb, preferably 0.8% Nb, 2% W, 0.08% C, 0.004% B, 0.02% Zr, and the balance Ni and incidental impurities.