mhurhangee/ep-ind-claims huggingface dataset:
A device for wireless communication, the device comprising: a first transceiver; a primary virtual device using the first transceiver to maintain a communication link with one or more other network nodes in a primary network context; at least one secondary virtual device (108...110) using the first transceiver to maintain communication links with one or more other network nodes in a secondary network context; and a concurrency manager, wherein the concurrency manager is configured to: identify an opportunity instant based, at least in part, on an incoming frame received during operation of the primary virtual device, wherein for each opportunity instant a length of time that activity of the primary virtual device is not needed to maintain the communication link is identified; suspend activity of the primary virtual device in the primary network context locally and transparently to a remote end of the primary network context for the identified length of time, wherein the suspension has no effect on the operation of the one or more other network nodes; store a state of the primary network context; and perform a secondary network context task using a secondary virtual device (108...110) during the identified length of time. a first transceiver; a primary virtual device using the first transceiver to maintain a communication link with one or more other network nodes in a primary network context; at least one secondary virtual device (108...110) using the first transceiver to maintain communication links with one or more other network nodes in a secondary network context; and a concurrency manager, wherein the concurrency manager is configured to: identify an opportunity instant based, at least in part, on an incoming frame received during operation of the primary virtual device, wherein for each opportunity instant a length of time that activity of the primary virtual device is not needed to maintain the communication link is identified; suspend activity of the primary virtual device in the primary network context locally and transparently to a remote end of the primary network context for the identified length of time, wherein the suspension has no effect on the operation of the one or more other network nodes; store a state of the primary network context; and perform a secondary network context task using a secondary virtual device (108...110) during the identified length of time. identify an opportunity instant based, at least in part, on an incoming frame received during operation of the primary virtual device, wherein for each opportunity instant a length of time that activity of the primary virtual device is not needed to maintain the communication link is identified; suspend activity of the primary virtual device in the primary network context locally and transparently to a remote end of the primary network context for the identified length of time, wherein the suspension has no effect on the operation of the one or more other network nodes; store a state of the primary network context; and perform a secondary network context task using a secondary virtual device (108...110) during the identified length of time.
A charging control method applied to an on-board charger of a vehicle, wherein the vehicle further comprises a battery pack, and the method comprises: when it is detected that a charging device is connected, determining a type of the charging device, a first charging current upper limit value of the charging device, a second charging current upper limit value of the battery pack and a preset charging current value; when the charging device comprises a charging gun of a charging pile, charging the battery pack according to the smaller value of the first charging current upper limit value and the second charging current upper limit value; and when the charging device comprises an on-board charging gun, charging the battery pack according to the smallest value of the first charging current upper limit value, the second charging current upper limit value and the preset charging current value. when it is detected that a charging device is connected, determining a type of the charging device, a first charging current upper limit value of the charging device, a second charging current upper limit value of the battery pack and a preset charging current value; when the charging device comprises a charging gun of a charging pile, charging the battery pack according to the smaller value of the first charging current upper limit value and the second charging current upper limit value; and when the charging device comprises an on-board charging gun, charging the battery pack according to the smallest value of the first charging current upper limit value, the second charging current upper limit value and the preset charging current value.
A fundus imager for imaging an eye of a subject, comprising: a lens; a source of light for illuminating the eye through the lens; a plurality of illumination paths from the source through the lens of the eye; optics for moving the light through the illumination paths so as to scan locations on the eye; a detection path from the eye through the lens; a detector for collecting light returning from the eye and generating signals in response thereto; a processor for generating first images of the eye from the signals, and a means to selectively illuminate through a subset of the illumination paths while the optics scan the light through the illumination paths, characterized in that at least some of the illumination paths produce corrupting reflections in different image areas of their respective first images, and said processor is further configured to generate an artifact-free image by excluding the image areas with corrupting reflections and to merge the remainder of the first images obtained with different illumination paths to reduce artifacts in the artifact-free image. a lens; a source of light for illuminating the eye through the lens; a plurality of illumination paths from the source through the lens of the eye; optics for moving the light through the illumination paths so as to scan locations on the eye; a detection path from the eye through the lens; a detector for collecting light returning from the eye and generating signals in response thereto; a processor for generating first images of the eye from the signals, and a means to selectively illuminate through a subset of the illumination paths while the optics scan the light through the illumination paths, characterized in that at least some of the illumination paths produce corrupting reflections in different image areas of their respective first images, and said processor is further configured to generate an artifact-free image by excluding the image areas with corrupting reflections and to merge the remainder of the first images obtained with different illumination paths to reduce artifacts in the artifact-free image.
A method comprising: forming a plurality of first interconnects and a plurality of second interconnects on opposite sides of an integrated circuit device layer comprising a plurality of circuit devices, wherein the plurality of second interconnects include interconnects of different thickness dimensions; and forming contact points to the second plurality of interconnects, the contact points operable for connection to an external source, wherein a first of the plurality of second interconnects has thickness dimensions selected for accessing devices in the device layer and a second of the plurality of second interconnects comprises a thickness dimension greater than the first of the plurality of second interconnects wherein such thickness dimension is selected to contain global clock distribution; and wherein a third of the plurality of second interconnects has thickness dimensions selected for distributing power. forming a plurality of first interconnects and a plurality of second interconnects on opposite sides of an integrated circuit device layer comprising a plurality of circuit devices, wherein the plurality of second interconnects include interconnects of different thickness dimensions; and forming contact points to the second plurality of interconnects, the contact points operable for connection to an external source, wherein a first of the plurality of second interconnects has thickness dimensions selected for accessing devices in the device layer and a second of the plurality of second interconnects comprises a thickness dimension greater than the first of the plurality of second interconnects wherein such thickness dimension is selected to contain global clock distribution; and wherein a third of the plurality of second interconnects has thickness dimensions selected for distributing power.
A drive mechanism for driving a first adjustment member for adjusting the orientation of the blades of a first turbomachine rectifier stage and a second adjustment member for adjusting the orientation of the blades of a second turbomachine rectifier stage, which includes means for simultaneously moving the two adjustment members (12, 18) in the turbomachine, wherein the drive mechanism includes a single drive wheel that simultaneously drives the first adjustment member and the second adjustment member and includes two gear stages (26, 28) that are arranged between the drive wheel and one or the other of the first adjustment member and the second adjustment member and that have different transmission ratios, characterized in that the transmission ratio of the gear stage associated with the second adjustment member is variable according to the angular position of the drive wheel in the turbomachine. wherein the drive mechanism includes a single drive wheel that simultaneously drives the first adjustment member and the second adjustment member and includes two gear stages (26, 28) that are arranged between the drive wheel and one or the other of the first adjustment member and the second adjustment member and that have different transmission ratios, characterized in that the transmission ratio of the gear stage associated with the second adjustment member is variable according to the angular position of the drive wheel in the turbomachine.
Container changing device for loading and unloading a container having a bottom surface with a ground contact means, wherein the container changing device has at least one roller, which at least temporarily supports the container or cargo carrier in the event of loading and unloading, and a carrying frame for the container or the cargo carrier, which carrying frame can be pivoted about a pivot axis and on which a telescopic carriage and/or a movable gripping arm is translationally movable, the carrying frame being connected to a coupling means for temporarily fixing the gripping arm to a retaining means of the container or the cargo carrier, wherein the container or the cargo carrier is equipped in its front region, which is in the vicinity of the retaining means, with at least one front standing foot (16, 21) and at its rear end region, which is remote from the retaining means, with at least one rear standing foot, and wherein each standing foot (16, 18, 21) in the use position resting on the ground is equipped with a respective ground contact means, which projects at a spacing from the bottom surface of the container or the cargo carrier, and wherein, in a transport position of the container or the cargo carrier resting on the transport vehicle, the at least one front standing foot (16, 21) is arranged at the side of the carrying frame and does not protrude beyond the side contour of the transport vehicle, characterized in that the at least one rear standing foot is rearwardly offset, with a horizontal spacing, from the vertical plane of the container rear wall and can be secured in different vertical positions.
A method of traffic sign recognition which analyzes and classifies image data provided by a sensor in an information processing unit, wherein - at least one image detail that sufficiently probably contains an object that is a traffic sign belonging to a particular class of traffic signs is determined on the basis of the results of an analysis in a first procedure step, and a class-specific feature is identified in the image detail, characterized in that - the image detail is modified to the effect that the class-specific feature is shifted to the image center of the image detail, wherein the image regions (13, 14, 15) created by shifting the class-specific feature to the image center are padded with suitable pixels, and - the modified image detail is submitted, in a second procedure step, to a classificatory that recognizes a traffic sign belonging to the particular class on the basis of the selected image detail by means of a learning-based algorithm. - at least one image detail that sufficiently probably contains an object that is a traffic sign belonging to a particular class of traffic signs is determined on the basis of the results of an analysis in a first procedure step, and a class-specific feature is identified in the image detail, characterized in that - the image detail is modified to the effect that the class-specific feature is shifted to the image center of the image detail, wherein the image regions (13, 14, 15) created by shifting the class-specific feature to the image center are padded with suitable pixels, and - the modified image detail is submitted, in a second procedure step, to a classificatory that recognizes a traffic sign belonging to the particular class on the basis of the selected image detail by means of a learning-based algorithm.
A throat vibration audio wireless transmission apparatus, comprising: a body; a throat vibration detection module including a throat vibration detector located at one end of the body and a control circuit board installed in the body and electrically connected to the throat vibration detector, the throat vibration detector detecting a vibration wave and converting to an electric signal which is received by the control circuit board and converted to an audio signal; and a wireless transmission module installed in the body and electrically connected to the control circuit board to transmit the audio signal converted by the control circuit board; characterized in that the body includes a single cap, a single flexible base which is capped by the cap and integrally formed, and a deformation holding member on the flexible base; the cap includes a plurality of cover portions and at least one elastic bending portion bridging two neighboring cover portions, the deformation holding member includes a release state without receiving forces from a user to bend and a bending state in which the deformation holding member is pushed by the forces to make two ends thereof move towards the center to form an arched shape and drive the flexible base and the cap to bend to allow the elastic bending portion to be extracted from the two neighboring cover portions at two sides thereof. a body; a throat vibration detection module including a throat vibration detector located at one end of the body and a control circuit board installed in the body and electrically connected to the throat vibration detector, the throat vibration detector detecting a vibration wave and converting to an electric signal which is received by the control circuit board and converted to an audio signal; and a wireless transmission module installed in the body and electrically connected to the control circuit board to transmit the audio signal converted by the control circuit board;
A projection objective of a microlithographic projection exposure apparatus designed for EUV, for imaging an object plane illuminated in operation of the projection exposure apparatus into an image plane, characterized in that • the projection objective has at least one mirror segment arrangement (160, 260, 280, 310, 410, 500) comprising a plurality of separate mirror segments (161-163; 261-266, 281-284; 311, 312; 411, 412; 510-540); and • associated with the mirror segments of the same mirror segment arrangement are partial beam paths which are different from each other and which respectively provide for imaging of the object plane into the image plane, wherein said partial beam paths are superposed in the image plane and wherein at least two partial beams which are superposed in the same point in the image plane were reflected by different mirror segments of the same mirror segment arrangement; • the at least one mirror segment arrangement (160; 260, 280, 310, 410, 500) is the reflecting arrangement of the projection objective, which arrangement is last in relation to the beam path at the image plane side. • the projection objective has at least one mirror segment arrangement (160, 260, 280, 310, 410, 500) comprising a plurality of separate mirror segments (161-163; 261-266, 281-284; 311, 312; 411, 412; 510-540); and • associated with the mirror segments of the same mirror segment arrangement are partial beam paths which are different from each other and which respectively provide for imaging of the object plane into the image plane, wherein said partial beam paths are superposed in the image plane and wherein at least two partial beams which are superposed in the same point in the image plane were reflected by different mirror segments of the same mirror segment arrangement; • the at least one mirror segment arrangement (160; 260, 280, 310, 410, 500) is the reflecting arrangement of the projection objective, which arrangement is last in relation to the beam path at the image plane side.
An apparatus for facilitating localization of a station, STA, in a short-range wireless network, the apparatus comprising: a radio frequency, RF, interface; and a media access control, MAC, section coupled to the RF interface; wherein the MAC section is configured to: receive a request over the RF interface from the STA for a measurement related communication comprising directed Round Trip Time, RTT, measurement packets; and generate and transmit over the RF interface an automatic response to the received measurement related communication request immediately after a uniform predetermined period, wherein the uniform predetermined period is uniform across distinct communication requests received by the apparatus and is uniform across multiple instances of the apparatus coupled to the network. a radio frequency, RF, interface; and a media access control, MAC, section coupled to the RF interface; wherein the MAC section is configured to: receive a request over the RF interface from the STA for a measurement related communication comprising directed Round Trip Time, RTT, measurement packets; and generate and transmit over the RF interface an automatic response to the received measurement related communication request immediately after a uniform predetermined period, wherein the uniform predetermined period is uniform across distinct communication requests received by the apparatus and is uniform across multiple instances of the apparatus coupled to the network. receive a request over the RF interface from the STA for a measurement related communication comprising directed Round Trip Time, RTT, measurement packets; and generate and transmit over the RF interface an automatic response to the received measurement related communication request immediately after a uniform predetermined period, wherein the uniform predetermined period is uniform across distinct communication requests received by the apparatus and is uniform across multiple instances of the apparatus coupled to the network.
A battery charging method comprising: receiving a desired charging time of a battery; generating, based on the desired charging time, constant charging currents of a number of charging steps to charge the battery; acquiring a charging limit condition based on the desired charging time and an electrochemical model of the battery, the charging limit condition comprising at least one of an internal state condition or a maximum charging time for each of the charging steps; generating a charging profile based on the charging limit condition, the charging profile comprising the charging currents and charging times of the respective charging currents, wherein the acquiring of the charging limit condition comprises initializing the charging limit condition based on the charging currents; and optimizing the initialized charging limit condition to charge the battery during the desired charging time and to prevent a degradation of the battery, based on the electrochemical model and a degradation condition of the battery; and charging the battery based on the charging profile, wherein the charging of the battery comprises estimating a present internal state of the battery to which a present charging current of a present charging step is applied and applying a charging current subsequent to the present charging current to the battery based on whether the estimated present internal state reaches an internal state condition of the present charging step. receiving a desired charging time of a battery; generating, based on the desired charging time, constant charging currents of a number of charging steps to charge the battery; acquiring a charging limit condition based on the desired charging time and an electrochemical model of the battery, the charging limit condition comprising at least one of an internal state condition or a maximum charging time for each of the charging steps; generating a charging profile based on the charging limit condition, the charging profile comprising the charging currents and charging times of the respective charging currents, wherein the acquiring of the charging limit condition comprises initializing the charging limit condition based on the charging currents; and optimizing the initialized charging limit condition to charge the battery during the desired charging time and to prevent a degradation of the battery, based on the electrochemical model and a degradation condition of the battery; and charging the battery based on the charging profile, wherein the charging of the battery comprises estimating a present internal state of the battery to which a present charging current of a present charging step is applied and applying a charging current subsequent to the present charging current to the battery based on whether the estimated present internal state reaches an internal state condition of the present charging step.
A method of measuring the amount of a target compound comprising a sugar chain in a biological sample by a sandwich immunoassay method using a ligand immobilized on a support and selected from the group consisting of antibody, aptamer and synthetic peptide, and a labeled lectin obtained by conjugating a lectin with a label selected from the group consisting of fluorescent dye, enzyme, coenzyme chemiluminescent substance and radioactive substance, said method comprising releasing a labeled lectin which is bound with impurities on a solid-phase by adding a sugar chain-containing compound to allow said labeled lectin to bind to said sugar chain-containing compound, and removing said labeled lectin bound with said sugar chain-containing compound to allow to reduce the noise originating from the impurities bound with said labeled lectin, wherein, when the dissociation constant between said sugar chain-containing compound to be added and said labeled lectin and the dissociation constant between said target compound and said labeled lectin are defined as "x" and "a", respectively, said x is in a range of x > a.
A pharmaceutical composition comprising an effective amount of the compound: or a pharmaceutically acceptable salt thereof and a pharmaceutically acceptable carrier and further comprising an effective amount of an anti-HIV agent selected from the group consisting of HIV antiviral agents, immunomodulators and anti-infective agents.