mhurhangee/ep-ind-claims huggingface dataset:
A method for distributing event-triggered, ET-, and time-triggered, TT-, messages in a distributed real-time system by means of a distributor unit that comprises a low-level relay unit, LLVME, and a high-level relay unit, HLVME, wherein communication ports of the distributor unit to other relay units and/or end systems of the real-time system are attached to the LLVME, characterized in that the LLVME has access to a global time base and is configured to differentiate between ET messages and TT messages, wherein the LLVME forwards an ET message that is incoming at one of its ports to the HLVME such that the HLVME can carry out the analysis and temporal scheduling of said ET message before it delivers this ET message back to the LLVME for issue at the designated output ports of the LLVME, and, prior to the known issuing of a TT message, in particular in a timely manner, the LLVME transmits a pause frame to the HLVME such that no ET message is scheduled to be transmitted by the HLVME during this anticipated and scheduled TT message transmission slot, and wherein the LLVME delivers an incoming TT message directly for issue at the designated output ports in accordance with the known time plan.
Method for determining proximity between a first mobile device of a first user and a second mobile device of a second user, comprising: searching, by the second mobile device, for short-range advertising broadcasts sent by mobile devices (111, 113) of other users (121, 123); receiving, by the second mobile device, among the short-range advertising broadcasts at least a first short-range advertising broadcast sent by the first mobile device, the first short-range advertising broadcast encoding a universally unique identifier, UUID, and a first user identifier being unique for the first user of the first mobile device; decoding, by the second mobile device, the first short-range advertising broadcast received from the first mobile device to obtain the first user identifier; checking, by the second mobile device, whether a pairing entry in a local database stored in the second mobile device exists for the first user identifier, wherein a pairing entry in the local database of the second mobile device is an entry associated with contact details stored for contacting the first user of the first mobile device; and if the pairing entry exists, initiating, by the second mobile device, a user notification process to notify, by the second mobile device, the second user that the first user is located in proximity. searching, by the second mobile device, for short-range advertising broadcasts sent by mobile devices (111, 113) of other users (121, 123); receiving, by the second mobile device, among the short-range advertising broadcasts at least a first short-range advertising broadcast sent by the first mobile device, the first short-range advertising broadcast encoding a universally unique identifier, UUID, and a first user identifier being unique for the first user of the first mobile device; decoding, by the second mobile device, the first short-range advertising broadcast received from the first mobile device to obtain the first user identifier; checking, by the second mobile device, whether a pairing entry in a local database stored in the second mobile device exists for the first user identifier, wherein a pairing entry in the local database of the second mobile device is an entry associated with contact details stored for contacting the first user of the first mobile device; and if the pairing entry exists, initiating, by the second mobile device, a user notification process to notify, by the second mobile device, the second user that the first user is located in proximity.
An alkalinity assay kit comprising: a) a microwell plate; and b) a lyophilized titrant composition comprising an acid, a pH sensitive dye capable of having a colorimetric response to a change in the pH of a solution, and an excipient, wherein a plurality of microwells of the microwell plate contain different amounts of the lyophilized titrant composition such that when the same amount of an analyte composition is added to the lyophilized titrant composition in each microwell of the plurality of microwells the solution forms and the pH of the solution in each microwell is different. a) a microwell plate; and b) a lyophilized titrant composition comprising an acid, a pH sensitive dye capable of having a colorimetric response to a change in the pH of a solution, and an excipient,
An implantable delivery device for delivery of a bioactive agent to a subject, the device comprising: a plurality of nanostructures fabricated on a surface of the implantable delivery device; a bioactive agent within or on the implantable delivery device, wherein at least a portion of the nanostructures have a center-to-center spacing of from 50 nanometers to 1 micrometer, a height of from 10 nanometers to 1 micrometer, and a cross-sectional dimension between 5 nanometers and 500 nanometers; wherein the nanostructures are arranged in a complex nanotopography having a fractal pattern, and the pattern further includes microstructures, wherein the nanostructures have a cross-sectional dimension smaller than the microstructures, and at least a portion of the microstructures have a cross-sectional dimension of between 500 nanometers and 10 micrometers and a height of between 10 nanometers and 1 micrometer; and wherein the pattern has a fractal dimension of greater than 1, and the surface is an external surface of the device. a plurality of nanostructures fabricated on a surface of the implantable delivery device; a bioactive agent within or on the implantable delivery device, wherein at least a portion of the nanostructures have a center-to-center spacing of from 50 nanometers to 1 micrometer, a height of from 10 nanometers to 1 micrometer, and a cross-sectional dimension between 5 nanometers and 500 nanometers; wherein the nanostructures are arranged in a complex nanotopography having a fractal pattern, and the pattern further includes microstructures, wherein the nanostructures have a cross-sectional dimension smaller than the microstructures, and at least a portion of the microstructures have a cross-sectional dimension of between 500 nanometers and 10 micrometers and a height of between 10 nanometers and 1 micrometer; and wherein the pattern has a fractal dimension of greater than 1, and the surface is an external surface of the device.
A radio frequency, RF, interposer (100; 200) comprising: a carrier structure (102; 202) having a first planar surface and a second planar surface opposite the first planar surface; a plurality of RF ports (108; 208; 300; 400; 500) supported by the carrier structure, each of the RF ports comprising a coaxial transmission line structure having a center conductor extending from carrier structure first planar surface to the carrier structure second planar surface and an outer conductor electrically separated from the center conductor by a dielectric insulator; a first conductive shim (104; 204; 402) having a plurality of spring fingers (110; 410; 602; 702); and a second conductive shim (106; 206; 404) having a plurality of spring fingers, wherein, when the first conductive shim is disposed over the carrier structure first planar surface and the second conductive shim is disposed over the carrier structure second planar surface, an electrical pathway is established between the first shim, outer conductors of ones of the plurality of RF ports, and the second shim. a carrier structure (102; 202) having a first planar surface and a second planar surface opposite the first planar surface; a plurality of RF ports (108; 208; 300; 400; 500) supported by the carrier structure, each of the RF ports comprising a coaxial transmission line structure having a center conductor extending from carrier structure first planar surface to the carrier structure second planar surface and an outer conductor electrically separated from the center conductor by a dielectric insulator; a first conductive shim (104; 204; 402) having a plurality of spring fingers (110; 410; 602; 702); and a second conductive shim (106; 206; 404) having a plurality of spring fingers, wherein, when the first conductive shim is disposed over the carrier structure first planar surface and the second conductive shim is disposed over the carrier structure second planar surface, an electrical pathway is established between the first shim, outer conductors of ones of the plurality of RF ports, and the second shim.
A steam turbine vane manufacturing method comprising: a forging step of manufacturing a steam turbine vane material by forging a steam turbine vane material; a groove processing step of forming a protective part joint surface in the steam turbine vane material after forging; a build-up welding step of forming a protective part build-up bead on the protective part joint surface by build-up welding; a rough processing step of cutting the steam turbine vane material after forging which is formed the protective part build-up bead, and of forming a steam turbine vane material after rough processing; and a finishing processing step of performing finishing processing such that a steam turbine vane which is smaller than the steam turbine vane material is formed by cutting the steam turbine vane material after rough processing with cutting the protective part build-up bead along with the steam turbine vane material. a forging step of manufacturing a steam turbine vane material by forging a steam turbine vane material; a groove processing step of forming a protective part joint surface in the steam turbine vane material after forging; a build-up welding step of forming a protective part build-up bead on the protective part joint surface by build-up welding; a rough processing step of cutting the steam turbine vane material after forging which is formed the protective part build-up bead, and of forming a steam turbine vane material after rough processing; and a finishing processing step of performing finishing processing such that a steam turbine vane which is smaller than the steam turbine vane material is formed by cutting the steam turbine vane material after rough processing with cutting the protective part build-up bead along with the steam turbine vane material.
Use of methylglycinediacetic acid or a salt thereof and water as a solid binding agent for a solid cleaning composition, wherein the methylgycinediacetic acid or a salt thereof cooperates with the water in the formation of the binding agent; and wherein the mole ratio of water to methylglycinediacetic acid or a salt thereof is in the range of about 0.3:1 to about 5:1; and wherein the solid cleaning composition comprises one or more functional ingredients comprising a chelating agent, a sequestering agent, an inorganic detergent, an alkaline source, an organic detergent, a surfactant, a cleaning agent, a rinse aid, a bleaching agent, a sanitizer, an anti-microbial agent, an activator, a detergent builder, a filler, a defoaming agent, an anti-redeposition agent, an optical brightener, a dye, an odorant, a secondary hardening agent, a solubility modifier, a pesticide, a baits for pests, or mixtures or combinations thereof.
An assembly for an aircraft turbine engine, comprising: - an epicyclic speed reduction gear, and - at least one oil nozzle configured to project an oil jet parallel to a longitudinal axis of the turbine engine, said reduction gear comprising a planet carrier equipped with an impeller which is intended to be fixed in rotation to said planet carrier and to be rotated about an axis of said reduction gear, said impeller having an annular shape about said axis and comprising means (143, 145, 238) for lubricating in particular planet gear bearings of said reduction gear, said lubricating means comprising an annular cavity located at the inner periphery of said impeller, the impeller comprising an inner peripheral wall for closing said cavity in the radial direction, the impeller comprising an annular aperture which extends around said axis and which opens in the axial direction into said cavity in order to be supplied with lubricating oil by said oil jet which is intended to pass through this aperture, said cavity being axially bounded by two annular side walls (240, 242), a first of these walls being connected at its radially inner periphery to said closing wall, and the second of these walls having its radially inner periphery radially spaced from said closing wall by a predetermined radial distance to define said aperture, and said cavity comprising an inner frustoconical surface which is located axially opposite said aperture to be impacted by said oil jet and which has a radial dimension, said radial distance being less than the radial dimension. - an epicyclic speed reduction gear, and - at least one oil nozzle configured to project an oil jet parallel to a longitudinal axis of the turbine engine, said reduction gear comprising a planet carrier equipped with an impeller which is intended to be fixed in rotation to said planet carrier and to be rotated about an axis of said reduction gear, said impeller having an annular shape about said axis and comprising means (143, 145, 238) for lubricating in particular planet gear bearings of said reduction gear, said lubricating means comprising an annular cavity located at the inner periphery of said impeller, the impeller comprising an inner peripheral wall for closing said cavity in the radial direction, the impeller comprising an annular aperture which extends around said axis and which opens in the axial direction into said cavity in order to be supplied with lubricating oil by said oil jet which is intended to pass through this aperture, said cavity being axially bounded by two annular side walls (240, 242), a first of these walls being connected at its radially inner periphery to said closing wall, and the second of these walls having its radially inner periphery radially spaced from said closing wall by a predetermined radial distance to define said aperture, and said cavity comprising an inner frustoconical surface which is located axially opposite said aperture to be impacted by said oil jet and which has a radial dimension, said radial distance being less than the radial dimension.
A surgical fastening apparatus, comprising: (a) a shaft, wherein the shaft has a distal end; (b) an end effector (100, 200), wherein the end effector is disposed at the distal end of the shaft, wherein the end effector (100, 200) comprises: (i) a first jaw having an anvil member (140, 240), wherein the anvil member (140,240) is rotatable within the first jaw, and (ii) a second jaw having a guide member (125, 225); (c) a first fastener assembly member (160, 260), wherein the anvil member (140, 240) is configured to receive the first fastener assembly member (160, 260); and (d) a second fastener assembly member (170, 270), wherein the guide member (125, 225) is configured to receive the second fastener assembly member (170, 270); wherein the first and second fastener assembly members (160, 170, 260, 270) are configured to join together, wherein the anvil member (140, 240) is configured to deform a portion of the second fastener assembly member (170, 270) by rotation of the anvil member (140,240) within the first jaw to secure the first and second fastener assembly members (160, 170, 260, 270) together. (a) a shaft, wherein the shaft has a distal end; (b) an end effector (100, 200), wherein the end effector is disposed at the distal end of the shaft, wherein the end effector (100, 200) comprises: (i) a first jaw having an anvil member (140, 240), wherein the anvil member (140,240) is rotatable within the first jaw, and (ii) a second jaw having a guide member (125, 225); (i) a first jaw having an anvil member (140, 240), wherein the anvil member (140,240) is rotatable within the first jaw, and (ii) a second jaw having a guide member (125, 225); (c) a first fastener assembly member (160, 260), wherein the anvil member (140, 240) is configured to receive the first fastener assembly member (160, 260); and (d) a second fastener assembly member (170, 270), wherein the guide member (125, 225) is configured to receive the second fastener assembly member (170, 270);
A tubular food casing made of a coated flat support material having a glued longitudinal seam, wherein the flat support material is a woven fabric, loop-formingly knitted fabric, loop-drawingly knitted fabric, laid fabric, consolidated nonwoven or spunbonded nonwoven which is coated with an acrylic resin, and the seam is generated using a reactive hotmelt glue, where the hotmelt glue is a one-component polyurethane-based hotmelt glue curing under the action of moisture.
A process for the synthesis of Erlotinib comprising: a) the reaction of the compound of formula with the compound of formula b) the subsequent treatment with a source of hydrochloric acid in a suitable solvent to give Erlotinib hydrochloride. a) the reaction of the compound of formula with the compound of formula b) the subsequent treatment with a source of hydrochloric acid in a suitable solvent to give Erlotinib hydrochloride.
A method comprising: receiving data samples of signals transmitted from a plurality of access terminals wherein the received data samples are stored in a joint front-end memory; despreading the received data samples with pilot chips associated with a first access terminal; demodulating the despread data samples into demodulated data symbols; storing the demodulated data symbols in a user-specific back-end memory, wherein the user-specific back-end memory is separate from the joint front-end memory; decoding the demodulated data symbols; determining whether the demodulated data symbols were correctly decoded; if the demodulated data symbols were correctly decoded, regenerating the data chips transmitted by the first access terminal by re-encoding, re-modulating and re-spreading the decoded, demodulated data symbols; despreading the received data samples stored in the joint front-end memory with the regenerated, transmitted data chips to determine a channel estimate based on the traffic channel; using the determined channel estimate to reconstruct data samples transmitted from the first access terminal; and subtracting the reconstructed data samples sent from the first access terminal from the stored received data samples in the joint front-end memory receiving data samples of signals transmitted from a plurality of access terminals wherein the received data samples are stored in a joint front-end memory; despreading the received data samples with pilot chips associated with a first access terminal; demodulating the despread data samples into demodulated data symbols; storing the demodulated data symbols in a user-specific back-end memory, wherein the user-specific back-end memory is separate from the joint front-end memory; decoding the demodulated data symbols; determining whether the demodulated data symbols were correctly decoded; if the demodulated data symbols were correctly decoded, regenerating the data chips transmitted by the first access terminal by re-encoding, re-modulating and re-spreading the decoded, demodulated data symbols; despreading the received data samples stored in the joint front-end memory with the regenerated, transmitted data chips to determine a channel estimate based on the traffic channel; using the determined channel estimate to reconstruct data samples transmitted from the first access terminal; and subtracting the reconstructed data samples sent from the first access terminal from the stored received data samples in the joint front-end memory
A mark information recording apparatus, comprising: an output unit configured to output an image; and a recording unit configured to associate mark information with information on a position within the image and to record the mark information; wherein the image is a partial image being a part of an entire image having an arbitrary resolution among entire images generated at a plurality of different resolutions with respect to a single target, and characterized in that: the mark information is associated with information on a position within the entire image and with information on the resolution of the output partial image, and the recording unit is configured to record, as the mark information, annotation information constituted of recorded speech of a user, and a mark image to be combined in the partial image. an output unit configured to output an image; and a recording unit configured to associate mark information with information on a position within the image and to record the mark information; wherein the image is a partial image being a part of an entire image having an arbitrary resolution among entire images generated at a plurality of different resolutions with respect to a single target, and characterized in that: the mark information is associated with information on a position within the entire image and with information on the resolution of the output partial image, and the recording unit is configured to record, as the mark information, annotation information constituted of recorded speech of a user, and a mark image to be combined in the partial image.
A fan section of a gas turbine engine comprising: a fan rotor having a plurality of grooves receiving dovetails from a plurality of circumferentially spaced fan blades; a plurality of platforms (76; 300) mounted circumferentially intermediate said plurality of said fan blades, a single platform (76; 300) being mounted intermediate adjacent fan blades; each said platform (76; 300) comprising an outer surface and an inner surface and extending from a leading edge to a trailing edge, and between a suction wall and a pressure wall, a circumferential direction being defined between said suction wall and said pressure wall, the pressure wall being adjacent a pressure side of a circumferentially adjacent fan blade; wherein said inner surface is provided with a mount, said mount receiving a pin for pivotally mounting said platform (76; 300) to said fan rotor; and wherein a tab (102; 302) extends circumferentially outward of said pressure wall from said platform (76; 300), said tab (102; 302) having a circumferentially outermost portion, said circumferentially outermost portion of said tab (102; 302) abutting an inner surface of an adjacent one of said platforms (76; 300). a fan rotor having a plurality of grooves receiving dovetails from a plurality of circumferentially spaced fan blades; a plurality of platforms (76; 300) mounted circumferentially intermediate said plurality of said fan blades, a single platform (76; 300) being mounted intermediate adjacent fan blades; each said platform (76; 300) comprising an outer surface and an inner surface and extending from a leading edge to a trailing edge, and between a suction wall and a pressure wall, a circumferential direction being defined between said suction wall and said pressure wall, the pressure wall being adjacent a pressure side of a circumferentially adjacent fan blade; wherein said inner surface is provided with a mount, said mount receiving a pin for pivotally mounting said platform (76; 300) to said fan rotor; and wherein a tab (102; 302) extends circumferentially outward of said pressure wall from said platform (76; 300), said tab (102; 302) having a circumferentially outermost portion, said circumferentially outermost portion of said tab (102; 302) abutting an inner surface of an adjacent one of said platforms (76; 300).
A floodlight for lighting sports facilities with grass surfaces, in particular stadium floodlights, with light sources in the form of LEDs, the floodlight having at least a first LED type and a second LED type, the second LED type having full-spectrum LEDs with a color rendering index of more than 90, in particular at least 95, and the first LED type having LEDs with a color rendering index of below 80, preferably 70 or less, characterized in that 20% to 40% of the LEDs of the floodlight are formed by the first LED type and 60% to 80% by the second LED type.