mhurhangee/patent-ind-claim-en huggingface dataset:
A method of performing logged measurement in a wireless communication system, the method comprising: receiving, by a user equipment, UE, a Minimization of Driving Tests, MDT, configuration for MDT measurement from a Base Station, BS, , wherein the MDT configuration is received along with a UE selection parameter via a Radio Resource Control, RRC, message, wherein the UE selection parameter comprises an identifier of a UE group to which the MDT configuration will be applied; determining, by the UE, whether or not to apply the MDT configuration based on the UE selection parameter; starting a validity timer if it is determined to apply the MDT configuration; logging, by the UE, a measurement based on the MDT configuration if it is determined to apply the MDT configuration, wherein while the validity timer operates, the UE in the RRC idle mode logs a measurement based on the MDT configuration in order to collect a logged measurement, and wherein when the validity timer expires, the logged measurement is maintained while the MDT configuration is discarded; entering, by the UE, into an RRC connected mode; and sending, by the UE in the RRC connected mode, a logging indicator indicating an availability for reporting of the logged measurement to the BS, wherein the logging indicator is included in a RRC setup complete message. receiving, by a user equipment, UE, a Minimization of Driving Tests, MDT, configuration for MDT measurement from a Base Station, BS, , wherein the MDT configuration is received along with a UE selection parameter via a Radio Resource Control, RRC, message, wherein the UE selection parameter comprises an identifier of a UE group to which the MDT configuration will be applied; determining, by the UE, whether or not to apply the MDT configuration based on the UE selection parameter; starting a validity timer if it is determined to apply the MDT configuration; logging, by the UE, a measurement based on the MDT configuration if it is determined to apply the MDT configuration, wherein while the validity timer operates, the UE in the RRC idle mode logs a measurement based on the MDT configuration in order to collect a logged measurement, and wherein when the validity timer expires, the logged measurement is maintained while the MDT configuration is discarded; entering, by the UE, into an RRC connected mode; and sending, by the UE in the RRC connected mode, a logging indicator indicating an availability for reporting of the logged measurement to the BS, wherein the logging indicator is included in a RRC setup complete message.
A three-dimensional object producing apparatus comprising: a first removing unit configured to remove part of at least one of a model material and a support material both of which form an object forming layer; a second removing unit configured to scrape away at least one of the model material and the support material attached on the first removing unit; characterised by a third removing unit configured to remove at least one of the model material and the support material attached on the second removing unit, wherein the third removing unit comprises a rotating blade configured to scrape away at least one of the model material and the support material attached on the second removing unit. a first removing unit configured to remove part of at least one of a model material and a support material both of which form an object forming layer; a second removing unit configured to scrape away at least one of the model material and the support material attached on the first removing unit; characterised by a third removing unit configured to remove at least one of the model material and the support material attached on the second removing unit, wherein the third removing unit comprises a rotating blade configured to scrape away at least one of the model material and the support material attached on the second removing unit.
A medicament delivery device comprising a housing , - an actuation mechanism arranged inside said housing , the actuation mechanism comprising: - a plunger rod arranged to act on a stopper of a medicament container ; - an actuator arranged slidable and connected to the plunger rod for acting on the stopper when said actuator is operated by displacing it in a longitudinal direction of the actuation mechanism ; - an activator rotatably arranged for activating said actuation mechanism and for setting a dose; - said activator comprising a generally tubular activator sleeve , - said activator sleeve comprises protrusions arranged to interact with ledges on said actuator such that said activator sleeve is rotated when said actuator is operated; characterised in that the medicament delivery device comprises a first audio generating mechanism comprising audio generating elements on a surface area of the actuator , said protrusions of the activator sleeve being located at a proximal area thereof, which protrusions are arranged to cooperate with said audio generating elements for generating an audible signal after said operation for delivering a dose, the signal informs the user that the dose delivery sequence is terminated and that the medicament delivery device can be removed, wherein said first audio generating element comprises surface areas on which said protrusions slide during rotation of said activator sleeve and which surface areas are arranged with first ledges causing sudden impact of said protrusions , wherein the surface areas are slanted and terminate in said first ledges ; the passing of the ledge by the protrusions , comprised in the first audio generating elements causes an audible signal or a click when the protrusion hits the surface of the actuator after the ledge ; wherein said first ledges also functions as locking elements so as to lock said actuator after operation for delivering a dose of medicament; wherein said actuator is arranged with second ledges cooperating with said protrusions , which second ledges are arranged inclined in relation to the longitudinal direction; wherein said first ledges are interconnected with said second ledges such that turning of said activator sleeve moves said protrusions from a locking position to a release position of said actuator . - an actuation mechanism arranged inside said housing , the actuation mechanism comprising: - a plunger rod arranged to act on a stopper of a medicament container ; - an actuator arranged slidable and connected to the plunger rod for acting on the stopper when said actuator is operated by displacing it in a longitudinal direction of the actuation mechanism ; - an activator rotatably arranged for activating said actuation mechanism and for setting a dose; - said activator comprising a generally tubular activator sleeve , - said activator sleeve comprises protrusions arranged to interact with ledges on said actuator such that said activator sleeve is rotated when said actuator is operated;
A light emitting assembly for vehicle interior lighting comprising: - a light emitting element comprising two or more individually controllable light emitters , - a controller for controlling the light emitting assembly, - a lens element positioned so as to collect and output light emitted by the light emitters , the lens element being configured to: - emit light from a centre of a first light emitter in a first direction and - emit light from a centre of a second light emitter in a second direction, the first and second directions having at least an angle of 1 degree between them, wherein the light emitting assembly is configured to be attached to a structural portion of a vehicle, wherein the structural portion is one of the group consisting of a headrest, an armrest, a B pillar, a C pillar, a parcel shelf, or a door, wherein the assembly is configured to emit light toward a ceiling or side portions of the vehicle in a passenger compartment thereof, characterized in that the light emitters are configured to emit light with different colours, wherein the emitted light of the first and second light emitters produces a pattern in the passenger compartment of the vehicle, and by varying the intensity of the light emitters , so that, during a period of time, an intensity of light output of a first light emitter is increased and an intensity of light output of a second light emitter is decreased, the pattern is moved slightly. - a light emitting element comprising two or more individually controllable light emitters , - a controller for controlling the light emitting assembly, - a lens element positioned so as to collect and output light emitted by the light emitters , the lens element being configured to: - emit light from a centre of a first light emitter in a first direction and - emit light from a centre of a second light emitter in a second direction, the first and second directions having at least an angle of 1 degree between them, - emit light from a centre of a first light emitter in a first direction and - emit light from a centre of a second light emitter in a second direction, the first and second directions having at least an angle of 1 degree between them, wherein the light emitting assembly is configured to be attached to a structural portion of a vehicle, wherein the structural portion is one of the group consisting of a headrest, an armrest, a B pillar, a C pillar, a parcel shelf, or a door, wherein the assembly is configured to emit light toward a ceiling or side portions of the vehicle in a passenger compartment thereof, characterized in that the light emitters are configured to emit light with different colours, wherein the emitted light of the first and second light emitters produces a pattern in the passenger compartment of the vehicle, and by varying the intensity of the light emitters , so that, during a period of time, an intensity of light output of a first light emitter is increased and an intensity of light output of a second light emitter is decreased, the pattern is moved slightly.
A method performed by a master device , the method comprising: imaging an object device with the master device and displaying the image of the object device on the master device ; identifying the object device using the image of the object device ; discovering the object device by exchanging discovery messages between the master device and the object device ; upon discovery, pairing with the object device and interfacing with the object device directly with the master device based on the identity of the object device ; characterized in that the method additionally comprises: pairing the master device with a second object device ; and using the master device to pair the object device and the second object device . imaging an object device with the master device and displaying the image of the object device on the master device ; identifying the object device using the image of the object device ; discovering the object device by exchanging discovery messages between the master device and the object device ; upon discovery, pairing with the object device and interfacing with the object device directly with the master device based on the identity of the object device ; characterized in that the method additionally comprises: pairing the master device with a second object device ; and using the master device to pair the object device and the second object device . pairing the master device with a second object device ; and using the master device to pair the object device and the second object device .
An alloy, in particular for jewellery, characterized in that it consists of: - Gold, in an amount of 330‰ to 420‰ by weight; - Copper, in an amount of 500‰ to 620‰ by weight; - Palladium, in an amount of 5‰ to 35‰ by weight; and optionally Iron in an amount of 2‰ to 25‰ by weight, preferably of 5‰ to 20‰ by weight. - Gold, in an amount of 330‰ to 420‰ by weight; - Copper, in an amount of 500‰ to 620‰ by weight; - Palladium, in an amount of 5‰ to 35‰ by weight;
A fiber-bundle sub-assembly for a loose-tube optical fiber cable , comprising: an array of three or more loosely arranged color-coded fiber bundles comprising select relative positions, wherein the color-coded fiber bundles each contain at least one optical fiber , and wherein the array has a central axis and is made up of a first set of color-coded fiber bundles and a second set of color-coded fiber bundles on respectively first and second opposite sides of the array : a plurality of first and second connecting spans that run between and that are attached to anchors on the first and second opposite sides of the array respectively, wherein the anchors are axially staggered; and the first connecting span being attached to each of the color-coded fiber bundles in the first set of color-coded fiber bundles and the second connecting span being attached to each of the color-coded fiber bundles in the second set of color-coded fiber 24(R) bundles to maintain the select relative positions of the color-coded fiber bundles. an array of three or more loosely arranged color-coded fiber bundles comprising select relative positions, wherein the color-coded fiber bundles each contain at least one optical fiber , and wherein the array has a central axis and is made up of a first set of color-coded fiber bundles and a second set of color-coded fiber bundles on respectively first and second opposite sides of the array : a plurality of first and second connecting spans that run between and that are attached to anchors on the first and second opposite sides of the array respectively, wherein the anchors are axially staggered; and the first connecting span being attached to each of the color-coded fiber bundles in the first set of color-coded fiber bundles and the second connecting span being attached to each of the color-coded fiber bundles in the second set of color-coded fiber 24(R) bundles to maintain the select relative positions of the color-coded fiber bundles. a plurality of first and second connecting spans that run between and that are attached to anchors on the first and second opposite sides of the array respectively, wherein the anchors are axially staggered; and the first connecting span being attached to each of the color-coded fiber bundles in the first set of color-coded fiber bundles and the second connecting span being attached to each of the color-coded fiber bundles in the second set of color-coded fiber 24(R) bundles to maintain the select relative positions of the color-coded fiber bundles.
An information processing device for separating an object based on an image captured by a stereo camera that is connectable to the image processing device , comprising: a generator configured to generate, based on a disparity image generated from the image captured by the stereo camera , a U-map which is a two-dimensional histogram indicating the frequency distribution of disparity values, in which a horizontal axis indicates an actual distance to the object and a vertical axis indicates a reduced disparity, where the degree of reduction varies according to the distance to the object; an isolated-area detector configured to detect an isolated area that corresponds to the object existing on the U-map; characterized by a depth specification unit configured to calculate the product of the frequency value and a distance value for horizontal positions on the U-map, the products indicating characteristics that correspond to a separation metric, i.e. a ratio of a between-class variance to a within-class variance in discriminant analysis, and to specify a to-be-separated position based on the characteristics when the position of the object in the depth direction is at a distance further than a prescribed position; and an object separator configured to separate the object into a first object and a second object at the to-be-separated position. a generator configured to generate, based on a disparity image generated from the image captured by the stereo camera , a U-map which is a two-dimensional histogram indicating the frequency distribution of disparity values, in which a horizontal axis indicates an actual distance to the object and a vertical axis indicates a reduced disparity, where the degree of reduction varies according to the distance to the object; an isolated-area detector configured to detect an isolated area that corresponds to the object existing on the U-map; characterized by a depth specification unit configured to calculate the product of the frequency value and a distance value for horizontal positions on the U-map, the products indicating characteristics that correspond to a separation metric, i.e. a ratio of a between-class variance to a within-class variance in discriminant analysis, and to specify a to-be-separated position based on the characteristics when the position of the object in the depth direction is at a distance further than a prescribed position; and an object separator configured to separate the object into a first object and a second object at the to-be-separated position.
An isolated polynucleotide selected from the group consisting of: (a) a polynucleotide comprising a nucleic acid sequence of SEQ ID NO:818; (b) a polynucleotide that hybridizes to a nucleic acid sequence of SEQ ID NO:818 under wash conditions of 5X SSC, 50% formamide and 42°C for 10 minutes; (c) a polynucleotide having at least 70% sequence identity to the nucleic acid sequence of SEQ ID NO:818; (d) a fragment of at least 21 contiguous nucleotides of a nucleic acid sequence of SEQ ID NO:818; and (e) a complement of the sequence of (a), (b), (c) or (d), wherein ingestion by a coleopteran plant pest of a double stranded ribonucleotide sequence comprising at least one strand that is complementary to said polynucleotide or said fragment inhibits the growth of said pest. (a) a polynucleotide comprising a nucleic acid sequence of SEQ ID NO:818; (b) a polynucleotide that hybridizes to a nucleic acid sequence of SEQ ID NO:818 under wash conditions of 5X SSC, 50% formamide and 42°C for 10 minutes; (c) a polynucleotide having at least 70% sequence identity to the nucleic acid sequence of SEQ ID NO:818; (d) a fragment of at least 21 contiguous nucleotides of a nucleic acid sequence of SEQ ID NO:818; and (e) a complement of the sequence of (a), (b), (c) or (d), wherein ingestion by a coleopteran plant pest of a double stranded ribonucleotide sequence comprising at least one strand that is complementary to said polynucleotide or said fragment inhibits the growth of said pest.
A method of controlling a power output of a wind power plant (WPP) comprising a plurality of wind turbine generators (WTGs), the method comprising: operating, responsive to a received power demand corresponding to the WPP, a boost group of one or more WTGs of the plurality of WTGs to begin producing a boosted power output, wherein the boosted power output of each of the one or more WTGs of the boost group is regulated independent of the power demand; and determining, based on a measured amount of boosted power production, power production set points for a regulation group of one or more different WTGs of the plurality of WTGs to thereby meet the power demand. operating, responsive to a received power demand corresponding to the WPP, a boost group of one or more WTGs of the plurality of WTGs to begin producing a boosted power output, wherein the boosted power output of each of the one or more WTGs of the boost group is regulated independent of the power demand; and determining, based on a measured amount of boosted power production, power production set points for a regulation group of one or more different WTGs of the plurality of WTGs to thereby meet the power demand.
Assembly for a driving assistance system , wherein at least one ultrasonic array sensor and at least one further ultrasonic sensor are connected to an assembly control unit for signal capture and processing and are integrated in the assembly , wherein the assembly has a communication interface .
A server , adapted for configuring a network configuration of a cellular core network entity to indicate a user equipment , named UE hereinafter, to configure with frequency spectrum information, wherein the cellular core network entity is configured to serve a UE allowed to register to at least its own subscribed mobile network of at least two mobile networks, the UE being configured to scan frequency spectrums for a network performance measurement, and the server comprises: a communication transceiver , configured for transmitting and receiving signals; and a processor , coupled to the communication transceiver , and characterized in that the processor is configured for: determining the frequency spectrum information, wherein the frequency spectrum information comprises the frequency spectrums supported by the at least two mobile networks, and the processor is further configured for: selecting from capacity information of the UE at least one supported frequency band of the UE to be in the frequency spectrums; generating the network configuration according to the frequency spectrum information using a plurality of batch scripts, wherein the batch scripts record commands to configure the cellular core network entity according to the network configuration; and transmitting, through the communication transceiver , the network configuration using the plurality of batch scripts to the cellular core network entity . a communication transceiver , configured for transmitting and receiving signals; and a processor , coupled to the communication transceiver , and characterized in that the processor is configured for: determining the frequency spectrum information, wherein the frequency spectrum information comprises the frequency spectrums supported by the at least two mobile networks, and the processor is further configured for: selecting from capacity information of the UE at least one supported frequency band of the UE to be in the frequency spectrums; generating the network configuration according to the frequency spectrum information using a plurality of batch scripts, wherein the batch scripts record commands to configure the cellular core network entity according to the network configuration; and transmitting, through the communication transceiver , the network configuration using the plurality of batch scripts to the cellular core network entity . selecting from capacity information of the UE at least one supported frequency band of the UE to be in the frequency spectrums; generating the network configuration according to the frequency spectrum information using a plurality of batch scripts, wherein the batch scripts record commands to configure the cellular core network entity according to the network configuration; and transmitting, through the communication transceiver , the network configuration using the plurality of batch scripts to the cellular core network entity .
Floor covering material comprising at least a foamed layer (2-15), a printed decor provided thereon, and a transparent wear layer , the printed decor representing a plurality of panel-shaped or tile-shaped elements , said elements being rectangular and having lowered edge regions at their edges , said edges forming at least a portion of the circumference of the respective element , characterized in that said lowered edge regions (11-12), seen in cross-section, comprise at least two different geometries, and that said lowered edge regions extend along both pairs of opposite edges (9-10), wherein the lowered edge region , which extends along a first pair of said opposite edges, has a geometry that differs from the geometry of the lowered edge region which extends along a second pair of said opposite edges.