mhurhangee/ep-ind-claims huggingface dataset:
A method for calculating an image of a subsurface based on least square migration and image de-convolution using a matching operator F, the method comprising: receiving seismic data d; computing a first image m of the subsurface based on the seismic data d; computing a second image h of the subsurface based on the first image m; applying (204, 208) a transform operation to the first and second images m and h to obtain a first transform of the first image and a second transform of the second image, the transform operation being a Fourier transform, a curvelet transform, a tau-p transform, a wavelet transform or a dip decomposition transform; calculating the matching operator F by matching the first transform of the first image to the second transform of the second image; and generating an updated image m updated of the subsurface based on the matching operator F and the first transform of the first image. receiving seismic data d; computing a first image m of the subsurface based on the seismic data d; computing a second image h of the subsurface based on the first image m; applying (204, 208) a transform operation to the first and second images m and h to obtain a first transform of the first image and a second transform of the second image, the transform operation being a Fourier transform, a curvelet transform, a tau-p transform, a wavelet transform or a dip decomposition transform; calculating the matching operator F by matching the first transform of the first image to the second transform of the second image; and generating an updated image m updated of the subsurface based on the matching operator F and the first transform of the first image.
Device for identification of an object having an at least partially metallic surface, having an identification mark and an antenna which is at least indirectly mounted on the metallic surface, wherein - a flat electrical contact or close capacitive coupling is produced between the metallic surface and the antenna by a contact pressure on the metallic surface, and - the antenna is a helical monopole or a monopole in the form of a rod, wherein the polarization axis of the antenna points away from the metallic surface, or is at right angles to it, and the identification mark is applied to an electrically conductive mount, which is electrically connected via contact points to the metallic surface, characterized in that the contact points are in the form of a contact ring. - a flat electrical contact or close capacitive coupling is produced between the metallic surface and the antenna by a contact pressure on the metallic surface, and - the antenna is a helical monopole or a monopole in the form of a rod, wherein the polarization axis of the antenna points away from the metallic surface, or is at right angles to it, and the identification mark is applied to an electrically conductive mount, which is electrically connected via contact points to the metallic surface,
A process for production of amorphous silica from rice hulls containing water insoluble metallic compounds comprising the steps of: soaking said rice hulls in an aqueous based solution comprising a solute comprised of a chelating agent selected from the group consisting of citric acid, ethylenediamine, ethylenediaminetetracetic acid ("EDTA") and dimercaprol, after said step of soaking said rice hulls, separating the aqueous solution from the rice hulls; and, after said step of separating the aqueous solution from the rice hulls, thermally pyrolyzing said rice hulls in the presence of oxygen at a temperature wherein the resulting silica is comprised of amorphous silica having a reduced content of water insoluble metallic compounds. soaking said rice hulls in an aqueous based solution comprising a solute comprised of a chelating agent selected from the group consisting of citric acid, ethylenediamine, ethylenediaminetetracetic acid ("EDTA") and dimercaprol, after said step of soaking said rice hulls, separating the aqueous solution from the rice hulls; and, after said step of separating the aqueous solution from the rice hulls, thermally pyrolyzing said rice hulls in the presence of oxygen at a temperature wherein the resulting silica is comprised of amorphous silica having a reduced content of water insoluble metallic compounds.
A method for process alarm reduction comprising: receiving alarm information or alarm events from one or more sensors, devices, or computing devices associated with a monitored system; generating at least one alarm event modality based at least in part on the received alarm information or alarm events, wherein a modality is a grouping of alarm information exhibiting the same or similar attributes and comprises chattering or fleeting; said modality being defined by modality characteristics which include state definitions, interrelationships, relative timing, absolute timing, recurrence, system load, historical data, control actions, modalities, process parameters available and/or derivable from the real time data and historical data stored in a memory; filtering the received alarm information or alarm events using the at least one alarm event modality; and prioritizing at least a portion of the filtered alarm information or alarm events for immediacy of response based on a predetermined set of criteria comprising subsystem of the monitored system, the type of alarm event modality and/or the duration of alarm event modality; and in case of the at least one alarm event modality comprising chattering, providing an adjustment of the duration of the alarm settings, powering down a respective equipment of the monitored system and/or scheduling maintenance for a subsystem of the monitored system. receiving alarm information or alarm events from one or more sensors, devices, or computing devices associated with a monitored system; generating at least one alarm event modality based at least in part on the received alarm information or alarm events, wherein a modality is a grouping of alarm information exhibiting the same or similar attributes and comprises chattering or fleeting; said modality being defined by modality characteristics which include state definitions, interrelationships, relative timing, absolute timing, recurrence, system load, historical data, control actions, modalities, process parameters available and/or derivable from the real time data and historical data stored in a memory; filtering the received alarm information or alarm events using the at least one alarm event modality; and prioritizing at least a portion of the filtered alarm information or alarm events for immediacy of response based on a predetermined set of criteria comprising subsystem of the monitored system, the type of alarm event modality and/or the duration of alarm event modality; and in case of the at least one alarm event modality comprising chattering, providing an adjustment of the duration of the alarm settings, powering down a respective equipment of the monitored system and/or scheduling maintenance for a subsystem of the monitored system.
A communication method implemented in a user equipment, the communication method comprising: receiving, from a base station, downlink control information for scheduling uplink resources to the user equipment for transmitting Physical Uplink Shared Channel, PUSCH; and transmitting, to the base station, a demodulation reference signal for use in demodulation of PUSCH and generated using a sequence having a sequence length matching to a transmit bandwidth comprising the scheduled uplink resources, wherein the transmit bandwidth is allocated to the user equipment, wherein the transmit bandwidth comprises a plurality of sets of one or more resource blocks, wherein each of the plurality sets of one or more resource blocks comprises one or more consecutive resource blocks, wherein the plurality of sets of one or more resource blocks are separated in frequency by at least one subcarrier that is not allocated to the user equipment. receiving, from a base station, downlink control information for scheduling uplink resources to the user equipment for transmitting Physical Uplink Shared Channel, PUSCH; and transmitting, to the base station, a demodulation reference signal for use in demodulation of PUSCH and generated using a sequence having a sequence length matching to a transmit bandwidth comprising the scheduled uplink resources, wherein the transmit bandwidth is allocated to the user equipment, wherein the transmit bandwidth comprises a plurality of sets of one or more resource blocks, wherein each of the plurality sets of one or more resource blocks comprises one or more consecutive resource blocks, wherein the plurality of sets of one or more resource blocks are separated in frequency by at least one subcarrier that is not allocated to the user equipment.
A syringe comprising: a barrel having a proximal end, a distal end, and a sidewall extending circumferentially between the proximal end and the distal end along a longitudinal axis; and at least one syringe retaining member having at least one lug protruding radially outwardly relative to an outer surface of the sidewall at the proximal end, the at least one lug having at least one tapered surface (40, 42) tapering axially along the outer surface of the sidewall in a direction from the distal end toward the proximal end, wherein the at least one lug is configured for automatic engagement with a locking mechanism on a fluid injector to releasably lock the syringe with the fluid injector, and wherein the at least one tapered surface (40, 42) of the at least one lug is configured to rotationally guide the syringe into self-orienting alignment with the locking mechanism by engaging at least a first surface of the locking mechanism and axially eject the syringe upon rotation of the syringe about the longitudinal axis by engaging at least a second surface of the locking mechanism. a barrel having a proximal end, a distal end, and a sidewall extending circumferentially between the proximal end and the distal end along a longitudinal axis; and at least one syringe retaining member having at least one lug protruding radially outwardly relative to an outer surface of the sidewall at the proximal end, the at least one lug having at least one tapered surface (40, 42) tapering axially along the outer surface of the sidewall in a direction from the distal end toward the proximal end, wherein the at least one lug is configured for automatic engagement with a locking mechanism on a fluid injector to releasably lock the syringe with the fluid injector, and wherein the at least one tapered surface (40, 42) of the at least one lug is configured to rotationally guide the syringe into self-orienting alignment with the locking mechanism by engaging at least a first surface of the locking mechanism and axially eject the syringe upon rotation of the syringe about the longitudinal axis by engaging at least a second surface of the locking mechanism.
A dental implant having a biologically compatible metal porous zone for contact with bone and a seat for the dental prosthesis wherein the metal porous zone for contact with bone is made from a porous three-dimensional structure which is made as a three-dimensional body containing open pores and one-side open pores which are distributed evenly on the internal surface of open pores and connected to the internal surface, with sizes of pores randomly distributed in the range of 150 - 300 μm, and which is equipped with a reinforcing element made from titanium or titanium alloy, wherein the reinforcing element is made as a mesh with protrusions evenly distributed on the outer surface of the mesh, and is located on the surface of the three-dimensional body and wherein the metal porous zone for contact with bone is made from the porous three-dimensional structure with the possibility of press fit in the jaw bone, or wherein the metal porous zone for contact with bone is made from the porous three-dimensional structure in the shape of a cylinder or a cone, with protrusions located on the outer surface of the reinforcing element spirally, forming a helical line to screw the dental implant in the jaw bone.
Apparatus comprising: a table top contoured such that symmetrical distal end sections are elevated relative to a central section, the table top including a rigid platform with an opening (200; 602) in said central section; a plurality of interchangeable inserts (300; 400; 500; 600; 606; 608), each of said plurality of interchangeable inserts (300; 400; 500; 600; 606; 608) being alternatively positionable over the rigid platform of the table top, each insert (300; 400; 500; 600; 606; 608) including a rigid member and a port, the port being positionable above the opening (200; 602) of the rigid platform so that a portion of a patient's body extends first through the port of the insert (300; 400; 500; 600; 606; 608) and then through the opening (200; 602) of the rigid platform during a medical procedure, wherein a first one of the interchangeable inserts is characterized by a different size port than a second one of the interchangeable inserts; and a base including an upright pillar member connected to the table top, the pillar member being positioned to one side of the table top such that an area beneath the table top is available for positioning equipment for performing the medical procedure. a table top contoured such that symmetrical distal end sections are elevated relative to a central section, the table top including a rigid platform with an opening (200; 602) in said central section; a plurality of interchangeable inserts (300; 400; 500; 600; 606; 608), each of said plurality of interchangeable inserts (300; 400; 500; 600; 606; 608) being alternatively positionable over the rigid platform of the table top, each insert (300; 400; 500; 600; 606; 608) including a rigid member and a port, the port being positionable above the opening (200; 602) of the rigid platform so that a portion of a patient's body extends first through the port of the insert (300; 400; 500; 600; 606; 608) and then through the opening (200; 602) of the rigid platform during a medical procedure, wherein a first one of the interchangeable inserts is characterized by a different size port than a second one of the interchangeable inserts; and a base including an upright pillar member connected to the table top, the pillar member being positioned to one side of the table top such that an area beneath the table top is available for positioning equipment for performing the medical procedure.
A composition in the form of an injectable aqueous solution, the pH of which is from 3.5 to 4.4, comprising at least so-called regular A21G human insulin, at least one glucagon suppressor with prandial action, and a surfactant.
A method for validating user equipment, UE, location, the method comprising: receiving, at a network gateway, a signaling message for updating a location of a UE with a mobile communications network; extracting a first indication of location of the UE from the signaling message; obtaining, by querying a cloud-based loyalty card transaction database containing loyalty card transaction records indexed by UE identifiers, a second indication of location of the UE; determining, from a relationship between the first and second indications of location of the UE, that the signaling message is suspicious; and in response to determining that the signaling message is suspicious, applying a policy rule to processing of the signaling message. receiving, at a network gateway, a signaling message for updating a location of a UE with a mobile communications network; extracting a first indication of location of the UE from the signaling message; obtaining, by querying a cloud-based loyalty card transaction database containing loyalty card transaction records indexed by UE identifiers, a second indication of location of the UE; determining, from a relationship between the first and second indications of location of the UE, that the signaling message is suspicious; and in response to determining that the signaling message is suspicious, applying a policy rule to processing of the signaling message.
Metering device having a metering valve and a cooling device which is flowed through by a cooling fluid and comprises at least one first chamber which has a cooling fluid inlet, characterized in that the metering valve has an additional cooling element which comprises a second chamber and is connected hydraulically to the first chamber via at least one opening, wherein for receiving the cooling fluid, the first chamber is delimited by an insert part and a covering part, and wherein at least one cooling fluid inlet is situated in the covering part, in particular in its cover face, wherein the at least one cooling fluid inlet is made substantially axially.
A method comprising: in a full-duplex transceiver, receiving a self-interference signal over a self-interference channel that includes a propagation path from a primary transmit antenna of the full-duplex transceiver to a receive antenna of the full-duplex transceiver, wherein the primary transmit antenna is pair-wise symmetrical to the receive antenna to reduce coupling such that (i) the primary transmit antenna and the receive antenna are self-symmetrical, (ii) the primary transmit antenna and the receive antenna have different planes of symmetry, and (iii) the primary transmit antenna has an antenna configuration which is invariant under reflection in the plane of symmetry of the receive antenna and the receive antenna has an antenna configuration which is invariant under reflection in the plane of symmetry of the primary antenna; in the full duplex transceiver, generating an interference-reduced signal by combining an analog self interference cancellation signal to an incoming signal that includes a desired signal and the self-interference signal, wherein the analog self-interference cancellation signal destructively adds to the self-interference signal to create a residual self-interference signal; and processing the interference-reduced signal to further reduce the residual self-interference signal using a baseband residual self-interference channel estimate. in a full-duplex transceiver, receiving a self-interference signal over a self-interference channel that includes a propagation path from a primary transmit antenna of the full-duplex transceiver to a receive antenna of the full-duplex transceiver, wherein the primary transmit antenna is pair-wise symmetrical to the receive antenna to reduce coupling such that (i) the primary transmit antenna and the receive antenna are self-symmetrical, (ii) the primary transmit antenna and the receive antenna have different planes of symmetry, and (iii) the primary transmit antenna has an antenna configuration which is invariant under reflection in the plane of symmetry of the receive antenna and the receive antenna has an antenna configuration which is invariant under reflection in the plane of symmetry of the primary antenna; in the full duplex transceiver, generating an interference-reduced signal by combining an analog self interference cancellation signal to an incoming signal that includes a desired signal and the self-interference signal, wherein the analog self-interference cancellation signal destructively adds to the self-interference signal to create a residual self-interference signal; and processing the interference-reduced signal to further reduce the residual self-interference signal using a baseband residual self-interference channel estimate.
A method for preparing an entity for analysis, the method comprising: obtaining a first fluid comprising a plurality of entities; and forming droplets of the first fluid, each comprising multiple copies of a subset of said plurality, in a channel that contains droplets of a second fluid flowing in a third fluid, wherein the first, second, and third fluids are immiscible with each other. obtaining a first fluid comprising a plurality of entities; and forming droplets of the first fluid, each comprising multiple copies of a subset of said plurality, in a channel that contains droplets of a second fluid flowing in a third fluid, wherein the first, second, and third fluids are immiscible with each other.
A method of etching silicon (Si) in a process chamber to produce one or more microstructures, the method comprising the steps of: (a) producing an etching material vapour comprising xenon difluoride from an etching material source; (b) transporting etching material vapour to the process chamber by supplying a carrier gas to the etching material source, the carrier gas thereafter carrying the etching material vapour to the process chamber; and (c) introducing a secondary gas consisting of hydrogen to the process chamber, wherein the secondary gas reacts with silicon (Si) etching by-products. (a) producing an etching material vapour comprising xenon difluoride from an etching material source; (b) transporting etching material vapour to the process chamber by supplying a carrier gas to the etching material source, the carrier gas thereafter carrying the etching material vapour to the process chamber; and (c) introducing a secondary gas consisting of hydrogen to the process chamber, wherein the secondary gas reacts with silicon (Si) etching by-products.
A liquid sales management device configured for being connected to a liquid supply system, the liquid supply system being configured for supplying a liquid within a storage container to a dispensing device through a supply pipe with the liquid pressurized in order to cool the liquid in the dispensing device, and dispensing the cooled liquid to a drinking container from the dispensing device, the liquid sales management device comprising: an actual flow rate determining unit including a flow rate sensor configured to detect detect an amount of liquid dispensed into the drinking container, and configured to determine an actual measured flow rate of the liquid dispensed into the drinking container from the dispensing device; a cleaning mode detection unit configured to detect a cleaning mode in the liquid supply system; and a consumption flow rate acquisition unit electrically connected to the actual flow rate determining unit and the cleaning mode detection unit, the consumption flow rate acquisition unit configured to determine an actual consumption of the liquid on the basis of a number of cycles of the cleaning mode, a predetermined liquid amount consumed with each cycle of the cleaning mode in the liquid supply system, and the actual measured flow rate. an actual flow rate determining unit including a flow rate sensor configured to detect detect an amount of liquid dispensed into the drinking container, and configured to determine an actual measured flow rate of the liquid dispensed into the drinking container from the dispensing device; a cleaning mode detection unit configured to detect a cleaning mode in the liquid supply system; and a consumption flow rate acquisition unit electrically connected to the actual flow rate determining unit and the cleaning mode detection unit, the consumption flow rate acquisition unit configured to determine an actual consumption of the liquid on the basis of a number of cycles of the cleaning mode, a predetermined liquid amount consumed with each cycle of the cleaning mode in the liquid supply system, and the actual measured flow rate.