mhurhangee/ep-ind-claims huggingface dataset:
An electronic device comprising: a circuit board; an array antenna including a plurality of first radiating conductors configured to transmit or receive a wireless signal in a first frequency band, wherein the plurality of first radiating conductors are arranged on the circuit board; a housing; at least one second radiating conductor (555a, 555b) disposed on the housing; and a lens unit including at least one lens disposed on the housing to correspond to the first radiating conductors, wherein the at least one second radiating conductor (555a, 555b) is configured to transmit or receive a wireless signal in a second frequency band that is lower than the first frequency band, wherein a portion of the at least one second radiating conductor (555a, 555b) is disposed to correspond to the first radiating conductors and forms part of the lens unit, and wherein the lens unit including the portion of the at least one second radiating conductor (555a, 555b) is configured to refract or reflect a wireless signal transmitted or received through each of the first radiating conductors. a circuit board; an array antenna including a plurality of first radiating conductors configured to transmit or receive a wireless signal in a first frequency band, wherein the plurality of first radiating conductors are arranged on the circuit board; a housing; at least one second radiating conductor (555a, 555b) disposed on the housing; and a lens unit including at least one lens disposed on the housing to correspond to the first radiating conductors, wherein the at least one second radiating conductor (555a, 555b) is configured to transmit or receive a wireless signal in a second frequency band that is lower than the first frequency band, wherein a portion of the at least one second radiating conductor (555a, 555b) is disposed to correspond to the first radiating conductors and forms part of the lens unit, and wherein the lens unit including the portion of the at least one second radiating conductor (555a, 555b) is configured to refract or reflect a wireless signal transmitted or received through each of the first radiating conductors.
A method in a caller computing device for associating a telephone call with a caller, the method comprising: receiving an input from a caller to place a telephone call to a callee, wherein the telephone call is to be established over a public telephone network; sending, via a communication mechanism that is out-of-band with respect to the public telephone network, to a callee computing device, an indication that the caller wants to initiate a telephone call via the public telephone network with the callee, so that the callee can anticipate that an incoming call will be from the caller; initiating, via the public telephone network, a telephone call with the callee; said method characterised in that: receiving, via the public telephone network, a signal signifying that the callee's phone is ringing; and after receiving the signal, sending, via the communication mechanism that is out-of-band with respect to the public telephone network, to the callee computing device, information identifying the caller. receiving an input from a caller to place a telephone call to a callee, wherein the telephone call is to be established over a public telephone network; sending, via a communication mechanism that is out-of-band with respect to the public telephone network, to a callee computing device, an indication that the caller wants to initiate a telephone call via the public telephone network with the callee, so that the callee can anticipate that an incoming call will be from the caller; initiating, via the public telephone network, a telephone call with the callee; said method characterised in that: receiving, via the public telephone network, a signal signifying that the callee's phone is ringing; and after receiving the signal, sending, via the communication mechanism that is out-of-band with respect to the public telephone network, to the callee computing device, information identifying the caller. receiving, via the public telephone network, a signal signifying that the callee's phone is ringing; and after receiving the signal, sending, via the communication mechanism that is out-of-band with respect to the public telephone network, to the callee computing device, information identifying the caller.
A computer-implemented method for generating configuration data for an apparatus, the apparatus being arranged to produce a three-dimensional object with a set of materials, the method comprising: obtaining coverage data indicative of a range of material volume coverage vector values for the set of materials, a material volume coverage vector representing proportions for each producible combination of the set of materials for at least an addressable volume of a three-dimensional object to be produced; receiving thickness range data indicative of a range of thickness for a vector component of the material volume coverage vector; generating control data indicative of the thickness range data; producing, using the apparatus, at least one three-dimensional test object based on said control data, the at least one three-dimensional test object having at least one dimension representative of the range of thickness; obtaining measurement data indicative of values for at least one color property measured across the at least one dimension; and generating, based on the thickness range data and the measurement data, configuration data indicative of a thickness that exhibits a desired color property value. obtaining coverage data indicative of a range of material volume coverage vector values for the set of materials, a material volume coverage vector representing proportions for each producible combination of the set of materials for at least an addressable volume of a three-dimensional object to be produced; receiving thickness range data indicative of a range of thickness for a vector component of the material volume coverage vector; generating control data indicative of the thickness range data; producing, using the apparatus, at least one three-dimensional test object based on said control data, the at least one three-dimensional test object having at least one dimension representative of the range of thickness; obtaining measurement data indicative of values for at least one color property measured across the at least one dimension; and generating, based on the thickness range data and the measurement data, configuration data indicative of a thickness that exhibits a desired color property value.
Method for determining the position of a sender emitting an AIS (Automatic Identification System) message, characterised in that at least three receivers (320,330,340), respective clocks of which have been previously synchronized, receive said AIS message as one and the same first, binary coded and modulated, radio signal from the sender, in that the first signal is received by the respective receiver (320,330,340) using an antenna, resulting in a second signal in the form of an analogue electrical signal, in that each of the receivers determine the time of receipt of the same predetermined signal element of the first radio signal, in that a location of the sender is determined by triangulation, based upon the respective location of the three receivers in combination with differences in the respective point in time for the respective receipt of the said signal element, and in that the respective time of receipt of said signal element is determined, by each respective one of said receivers (320,330,340), by sampling said second signal, which sampling can be performed in any order in relation to any demodulation of the second signal, which sampling is performed using an AD converter, resulting in a digitally stored sampled signal as a digitally stored third signal, in that a data content of the message is determined from the third signal as a stream of data bits, which stream of data bits comprises said predetermined signal element, in that an optimum value is determined for a time variable, which time variable indicates a time position of a digital comparison signal relative to the third signal, which digital comparison signal is constructed to simulate said sampled signal and based on said stream of data bits, for which optimum value a correlation between the constructed comparison signal and the third signal is maximal, and in that said optimum value of the time position is used to correct the determination of the time of receipt of the predetermined signal element.
A system configured to perform an eye tracking process using a head-mountable eye-tracking arrangement, the system comprising: an eye tracking unit, located on the head-mountable arrangement, operable to detect motion of one or both of the user's eyes; a relative motion identification unit operable to identify motion of the head-mountable arrangement relative to the user's head; and a correction unit operable to determine a correction to the eye tracking process in dependence upon the identified motion of the user's head relative to the head-mountable arrangement, wherein the relative motion identification unit is operable to input one or more measurements into a model used to predict or estimate relative motion between the head-mountable arrangement and the user's head, and to use the predicted or estimated relative motion as the identified motion. an eye tracking unit, located on the head-mountable arrangement, operable to detect motion of one or both of the user's eyes; a relative motion identification unit operable to identify motion of the head-mountable arrangement relative to the user's head; and a correction unit operable to determine a correction to the eye tracking process in dependence upon the identified motion of the user's head relative to the head-mountable arrangement, wherein the relative motion identification unit is operable to input one or more measurements into a model used to predict or estimate relative motion between the head-mountable arrangement and the user's head, and to use the predicted or estimated relative motion as the identified motion.
An apparatus for continuous circulation drilling comprising a tubular body having a main passage extending along a longitudinal axis of the tubular body from a first end of the tubular body to a second end of the tubular body, a side passage and a control passage (112, 114), the side passage and control passage (112, 114) both extending through the tubular body into the main passage, the tubular body containing a valve assembly (102, 104) which is operable to close the main passage when the side passage is open and to close the side passage when the main passage is open, the assembly further comprising a hydraulic connector which is operable to clamp around the tubular body, the connector comprising a housing (1, 2, 3) with an interior surface which is provided with first and second grooves (12A, 13A, 14A, 15A, 16A, 17A, 18A, 19A, 20A) which, when the connector is clamped around the tubular body, each form a channel (12C, 13C, 14C, 15C, 16C, 17C, 18C, 19C, 20C) which extends in continuous loop around the exterior of the tubular body, there being at least one passage (110, 114) extending through the housing (1, 2, 3) from an exterior surface of the housing (1, 2, 3) into each of the channels (12C, 13C, 14C, 15C, 16C, 17C, 18C, 19C), characterised in that the housing (1, 2, 3) comprises three sections, the first two (1, 2) of which are pivotally mounted on the third.
A bit error information transfer method, comprising: detecting, by a second network device, whether a bit error occurs on a first unidirectional link from a first network device to the second network device; when detecting that a bit error occurs on the first unidirectional link, generating an Intermediate System to Intermediate System, ISIS, packet comprising an ISIS protocol packet extended by adding bit error information wherein the bit error information is used to indicate that the bit error occurs on the first unidirectional link; and sending the ISIS packet to the first network device. detecting, by a second network device, whether a bit error occurs on a first unidirectional link from a first network device to the second network device; when detecting that a bit error occurs on the first unidirectional link, generating an Intermediate System to Intermediate System, ISIS, packet comprising an ISIS protocol packet extended by adding bit error information wherein the bit error information is used to indicate that the bit error occurs on the first unidirectional link; and sending the ISIS packet to the first network device.
A system for sterilizing a product, comprising: an apparatus comprising a pair of electrodes (20, 30) spaced apart, said apparatus being configured to create an atmospheric non-equilibrium plasma (ANEP) in a working gas in a sealed package sized and dimensioned to contain the product to be sterilized and a working gas and at least a portion of the storage volume is disposable between two electrodes; characterized in a source of electrical power configured to supply a voltage of greater than 50 kV RMS that is connected to the two electrodes.
A method for sharpening the tip of a microprobe, comprising the steps of: • providing at least one microprobe said probe having a base portion, an elongate shaft portion and a triangular chisel-shaped tip portion, at least said shaft and tip portions having an essentially constant thickness extending between a first and second surface (7,8) of the probe, • providing a carrier having a first and second flat outer surface (11,12) oriented at an angle to each other, so that said surfaces are joined by an edge of said carrier, • attaching the first surface of the probe to the second surface of the carrier, with the base portion and the majority of the shaft portion attached to said second surface and the tip portion being in close proximity to said edge, • subjecting the first surface of the carrier and at least part of the tip portion of the probe to a grinding step, to thereby remove material at least from said triangular, chisel shaped tip portion of the probe. • providing at least one microprobe said probe having a base portion, an elongate shaft portion and a triangular chisel-shaped tip portion, at least said shaft and tip portions having an essentially constant thickness extending between a first and second surface (7,8) of the probe, • providing a carrier having a first and second flat outer surface (11,12) oriented at an angle to each other, so that said surfaces are joined by an edge of said carrier, • attaching the first surface of the probe to the second surface of the carrier, with the base portion and the majority of the shaft portion attached to said second surface and the tip portion being in close proximity to said edge, • subjecting the first surface of the carrier and at least part of the tip portion of the probe to a grinding step, to thereby remove material at least from said triangular, chisel shaped tip portion of the probe.
A method for imaging a dual-sided thermal media, the method comprising: providing a dual-sided thermal printer comprising: a first print head positioned proximate to a first platen; a second print head positioned proximate to a second platen, the first print head being in a substantially opposed relation to the second platen and the second print head being in a substantially opposed relation to the first platen, and a sensor adapted to detect one or more sense marks disposed on the thermal media; detecting the one or more sense marks disposed on the thermal media; and characterised by controlling activation of one or more of the first print head and the second print head to image a respective one or more of a first side and a second side of the thermal media based on the detection. a first print head positioned proximate to a first platen; a second print head positioned proximate to a second platen, the first print head being in a substantially opposed relation to the second platen and the second print head being in a substantially opposed relation to the first platen, and a sensor adapted to detect one or more sense marks disposed on the thermal media; detecting the one or more sense marks disposed on the thermal media; and characterised by controlling activation of one or more of the first print head and the second print head to image a respective one or more of a first side and a second side of the thermal media based on the detection.
A method for controlling charging, applying to electronic equipment, the method comprising: determining an energy region (310, 320) covering second electronic equipment (210, 220) by scanning energy regions (310, 320) coverable respectively by energy radiated by the electronic equipment in distinct directions; determining an energy sub-region (314, 323) covering the second electronic equipment (210, 220) by scanning energy sub-regions (311-314, 321-324) of the energy region (310, 320) covering the second electronic equipment (210, 220), the energy sub-regions (311-314, 321-324) being coverable respectively by the energy radiated in distinct directions; radiating a wireless charging signal toward the energy sub-region covering the second electronic equipment (210, 220); and characterized in that the method further comprises: in response to a change in a parameter for wireless charging of the second electronic equipment (210, 220) by the electronic equipment, modulating indication information indicating the change in the parameter for wireless charging onto a carrier of the wireless charging signal, wherein the parameter for wireless charging comprises at least one of a power for wireless charging or strength of the wireless charging signal. determining an energy region (310, 320) covering second electronic equipment (210, 220) by scanning energy regions (310, 320) coverable respectively by energy radiated by the electronic equipment in distinct directions; determining an energy sub-region (314, 323) covering the second electronic equipment (210, 220) by scanning energy sub-regions (311-314, 321-324) of the energy region (310, 320) covering the second electronic equipment (210, 220), the energy sub-regions (311-314, 321-324) being coverable respectively by the energy radiated in distinct directions; radiating a wireless charging signal toward the energy sub-region covering the second electronic equipment (210, 220); and characterized in that the method further comprises: in response to a change in a parameter for wireless charging of the second electronic equipment (210, 220) by the electronic equipment, modulating indication information indicating the change in the parameter for wireless charging onto a carrier of the wireless charging signal, wherein the parameter for wireless charging comprises at least one of a power for wireless charging or strength of the wireless charging signal. in response to a change in a parameter for wireless charging of the second electronic equipment (210, 220) by the electronic equipment, modulating indication information indicating the change in the parameter for wireless charging onto a carrier of the wireless charging signal, wherein the parameter for wireless charging comprises at least one of a power for wireless charging or strength of the wireless charging signal.
A method for forming an implantable medical device, characterized in that the method comprises: contacting ascorbic acid with a diacid to produce an ester acid; converting the ester acid to an isocyanate; contacting the isocyanate with a monomer selected from the group consisting of a polyol, a polyamine, an aminoalcohol, and combinations thereof to form a polymer selected from the group consisting of polyurethanes, polyureas, and combinations thereof; and contacting a substrate with a polymer composition comprising the polymer, such that the polymer composition is disposed on at least a portion of the substrate. contacting ascorbic acid with a diacid to produce an ester acid; converting the ester acid to an isocyanate; contacting the isocyanate with a monomer selected from the group consisting of a polyol, a polyamine, an aminoalcohol, and combinations thereof to form a polymer selected from the group consisting of polyurethanes, polyureas, and combinations thereof; and contacting a substrate with a polymer composition comprising the polymer, such that the polymer composition is disposed on at least a portion of the substrate.
A computer-implemented method, comprising: receiving, from an entity associated with a customer account with a computing resource service provider, a request to push a software container image to a container registry hosted by the computing resource service provider, the container registry being a scalable distributed data storage service; storing, in the container registry, the software container image in association with the customer account; receiving a command to deploy a software application based at least in part on the software container image; and deploying, based at least in part on the software container image stored in the container registry, the software application using a cluster of container instances; scanning the software container image stored in the container registry for potential security vulnerabilities; as a result of said scanning finding a security vulnerability with the software container image, providing notice to the entity indicating that the security vulnerability was found; storing, in the container registry, an updated image without the security vulnerability in association with the customer account; and accessing the updated image. receiving, from an entity associated with a customer account with a computing resource service provider, a request to push a software container image to a container registry hosted by the computing resource service provider, the container registry being a scalable distributed data storage service; storing, in the container registry, the software container image in association with the customer account; receiving a command to deploy a software application based at least in part on the software container image; and deploying, based at least in part on the software container image stored in the container registry, the software application using a cluster of container instances; scanning the software container image stored in the container registry for potential security vulnerabilities; as a result of said scanning finding a security vulnerability with the software container image, providing notice to the entity indicating that the security vulnerability was found; storing, in the container registry, an updated image without the security vulnerability in association with the customer account; and accessing the updated image.
A tire (200, 400), comprising: a sidewall portion (102, 202, 302, 402) including a cushion layer (104, 204, 304, 404) and a cover layer (106, 206, 306, 406), wherein the cover layer (106, 206, 306, 406) is oriented axially outwardly of the cushion layer (104, 204, 304, 404), wherein the cover layer (106, 206, 306, 406) is bonded to the cushion layer (104, 204, 304, 404), wherein the cover layer (106, 206, 306, 406) is formed from a material that contains wax in a concentration of less than 0.03 pph, and wherein the cushion layer (104, 204, 304, 404) does not contain a wax. wherein the cover layer (106, 206, 306, 406) is oriented axially outwardly of the cushion layer (104, 204, 304, 404), wherein the cover layer (106, 206, 306, 406) is bonded to the cushion layer (104, 204, 304, 404), wherein the cover layer (106, 206, 306, 406) is formed from a material that contains wax in a concentration of less than 0.03 pph, and wherein the cushion layer (104, 204, 304, 404) does not contain a wax.