mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a terminal in a communication system, the method comprising: receiving, from a base station, a system information block, SIB, on a downlink frequency band, the SIB including configuration information for a first frequency band for an uplink transmission and a second frequency band for the uplink transmission; identifying random access information based on the SIB; transmitting, to the base station, based on the random access information, a random access preamble on either the first frequency band or on the second frequency band; receiving, from the base station, downlink control information, DCI, including an indicator indicating the uplink transmission on the first frequency band or the uplink transmission on the second frequency band; and transmitting, to the base station, data on either the first frequency band or the second frequency band based on the indicator, wherein the downlink frequency band is same as the first frequency band and is different from the second frequency band, and wherein the second frequency band corresponds to an unlicensed carrier having a lower carrier frequency than a carrier frequency of a licensed carrier corresponding to the first frequency band. receiving, from a base station, a system information block, SIB, on a downlink frequency band, the SIB including configuration information for a first frequency band for an uplink transmission and a second frequency band for the uplink transmission; identifying random access information based on the SIB; transmitting, to the base station, based on the random access information, a random access preamble on either the first frequency band or on the second frequency band; receiving, from the base station, downlink control information, DCI, including an indicator indicating the uplink transmission on the first frequency band or the uplink transmission on the second frequency band; and transmitting, to the base station, data on either the first frequency band or the second frequency band based on the indicator, wherein the downlink frequency band is same as the first frequency band and is different from the second frequency band, and wherein the second frequency band corresponds to an unlicensed carrier having a lower carrier frequency than a carrier frequency of a licensed carrier corresponding to the first frequency band.
An injection molded component, comprising: a functional portion; and a quality control portion, wherein the quality control portion comprises at least one protrusion which is adapted to distort visibly in response to injection molding shrinkage, thereby to enable visual quality control inspection; characterized in that the at least one protrusion comprises a set of protrusions (46a-46e) of different susceptibility to deformation in response to injection molding shrinkage. a functional portion; and a quality control portion, wherein the quality control portion comprises at least one protrusion which is adapted to distort visibly in response to injection molding shrinkage, thereby to enable visual quality control inspection; characterized in that the at least one protrusion comprises a set of protrusions (46a-46e) of different susceptibility to deformation in response to injection molding shrinkage.
A component analysis device, comprising a retention unit for retaining a plurality of containers for retaining a liver cell tissue comprising a 3D culture, and an analysis unit for measuring a component fed to the plurality of containers and analyzing the component thus measured, wherein the plurality of containers are at least a first container and a second container, wherein the first container retains a first solution containing a substance that releases adhesion between multiple cells forming the liver cell tissue and that allows a bile duct formed in the liver cell tissue to collapse, wherein said substance comprises trypsin and EDTA, for cutting the 3D culture liver cell tissue into single cells, wherein a temperature in the first container is maintained at 37°C, such that a fraction discharged from cells into a blood vessel side includes a fraction via passive diffusion and a fraction via a transporter, and the second container retains a buffer solution, and wherein the analysis unit measures an amount of the component discharged from the liver cell tissue in the first container into the first solution and an amount of the component discharged from the liver cell tissue in the second container into the buffer solution in the second container, and analyzes an amount of the component to be discharged via a bile duct in the liver cell tissue.
A connector assembly for connecting and establishing fluid communication between two components, comprising: a housing defining a fluid passageway extending along a first axis at an open first end and to an open second end; a retainer ring disposed in the open first end of the housing and coaxially about the first axis, the retainer ring defining a slot extending along the first axis; a retainer clip secured to the housing and at least partially disposed within the fluid passageway at the open first end, the retainer clip being adapted for releasably engaging and retaining a component when inserted into the open first end; and a verification tab disposed within the slot of the retainer ring, the verification tab adapted for being slideably displaced along the slot between a negative verification position where the verification tab is completely disposed within the housing and a positive verification position where a portion of the verification tab is visibly disposed above an exterior surface of the housing. a housing defining a fluid passageway extending along a first axis at an open first end and to an open second end; a retainer ring disposed in the open first end of the housing and coaxially about the first axis, the retainer ring defining a slot extending along the first axis; a retainer clip secured to the housing and at least partially disposed within the fluid passageway at the open first end, the retainer clip being adapted for releasably engaging and retaining a component when inserted into the open first end; and a verification tab disposed within the slot of the retainer ring, the verification tab adapted for being slideably displaced along the slot between a negative verification position where the verification tab is completely disposed within the housing and a positive verification position where a portion of the verification tab is visibly disposed above an exterior surface of the housing.
A user device, comprising: a storage device that stores a program for a vehicular service; a signal generation unit that generates a certain sound wave signal depending on the vehicular service; and a signal emission unit that emits the generated sound wave signal, wherein the sound wave signal is configured to cause a vehicle to provide the vehicular service when received and recognized by one component of the vehicle; characterized in that the user device further comprises: a signal reception device configured to receive, from the vehicle, a feedback sound wave signal generated in response to the emitted sound wave signal; and a display unit that displays certain information included in the feedback sound wave signal on a screen thereof. a storage device that stores a program for a vehicular service; a signal generation unit that generates a certain sound wave signal depending on the vehicular service; and a signal emission unit that emits the generated sound wave signal, wherein the sound wave signal is configured to cause a vehicle to provide the vehicular service when received and recognized by one component of the vehicle; characterized in that the user device further comprises: a signal reception device configured to receive, from the vehicle, a feedback sound wave signal generated in response to the emitted sound wave signal; and a display unit that displays certain information included in the feedback sound wave signal on a screen thereof. a signal reception device configured to receive, from the vehicle, a feedback sound wave signal generated in response to the emitted sound wave signal; and a display unit that displays certain information included in the feedback sound wave signal on a screen thereof.
A process for making a pet treat comprising: forming a plant mixture into portions, wherein the total plant material content is 6% to 90% by weight of the entire plant mixture; positioning one or more portions on a chew stick, thereby forming a pet treat; and drying the pet treat, wherein the drying time of the chew stick prior to having the one or more portions attached thereto is at least about 4 hours; wherein the positioning step comprises wrapping the one or more portions around the chew stick. forming a plant mixture into portions, wherein the total plant material content is 6% to 90% by weight of the entire plant mixture; positioning one or more portions on a chew stick, thereby forming a pet treat; and drying the pet treat, wherein the drying time of the chew stick prior to having the one or more portions attached thereto is at least about 4 hours; wherein the positioning step comprises wrapping the one or more portions around the chew stick.
A cushion for a patient interface that delivers breathable gas to a patient, the cushion comprising: - a base wall structured to be connected to a frame; - an underlying support cushion that extends away from the base wall towards the pattent's face in use; and - a membrane provided to substantially cover at least a portion of the underlying cushion, the membrane adapted to form a continuous seal on the patents face, wherein - at least a portion of the underlying cushion and/or base wall has a lower portion including a spring configuration that defines displacement of the cushion with respect to a force applied from the frame, - one of the membrane and the underlying cushion includes an external surface that defines an outer width of the cushion, and the base wall is internally offset with respect to the external surface, and - the underlying cushion has an arcuate configuration, characterised in that a depth of the base wall internal offset is different in different regions of the cushion, and the depth is at least partially determinative of spring-like characteristics. - a base wall structured to be connected to a frame; - an underlying support cushion that extends away from the base wall towards the pattent's face in use; and - a membrane provided to substantially cover at least a portion of the underlying cushion, the membrane adapted to form a continuous seal on the patents face, wherein - at least a portion of the underlying cushion and/or base wall has a lower portion including a spring configuration that defines displacement of the cushion with respect to a force applied from the frame, - one of the membrane and the underlying cushion includes an external surface that defines an outer width of the cushion, and the base wall is internally offset with respect to the external surface, and - the underlying cushion has an arcuate configuration,
A method of controlling arc welding performed in a manner that a short-circuit period, in which a short circuit is generated between a welding wire and an object (3, 4) to be welded, and an arc period, in which an arc is generated after release of the short circuit, are repeated alternately, the method being characterized in that it comprises: increasing welding current from an arc-regeneration-before current to a first welding current at a detection of release of the short circuit such that an increase gradient of the welding current becomes not less than 750A/msec. increasing welding current from an arc-regeneration-before current to a first welding current at a detection of release of the short circuit such that an increase gradient of the welding current becomes not less than 750A/msec.
A wireless communication system for use in a network where a multicast service is provided to at least one or more terminals in contention-based channel access mode of a wireless communication comprising: a terminal; and a wireless communication base station comprising; a storage unit for storing terminal information including the number of terminals which have joined the multicast service; a priority determining unit for setting a user priority of a data frame to be transmitted using the terminal information; and a virtual collision handler for selecting a data frame to be transmitted from a queue, in which the data frame is stored, using the terminal information if a collision occurs between access categories, ACs, wherein the priority determining unit is adapted to determine a first user priority of the frame according to a user priority table, to determine an access category of the data frame based on the determined first user priority, and to determine a second user priority by adjusting the first user priority using the number of the terminals which have joined the multicast service included in the terminal information stored in the storage unit, wherein the virtual collision handler is adapted to determine whether a collision between access categories occurs while transmitting data and, if a collision occurs, to compare the second user priority of the data frame with second user priorities of other data frames and to select the data frame with a highest second user priority, and wherein the wireless communication base station is adapted to transmit the selected data frame. a terminal; and a wireless communication base station comprising; a storage unit for storing terminal information including the number of terminals which have joined the multicast service; a priority determining unit for setting a user priority of a data frame to be transmitted using the terminal information; and a virtual collision handler for selecting a data frame to be transmitted from a queue, in which the data frame is stored, using the terminal information if a collision occurs between access categories, ACs,
Method for operating a control unit, in particular for a motor vehicle, wherein the control unit has at least one execution unit designed to execute task programs, wherein a first task program and a second task program are executed at least intermittently, wherein the first task program provides data for the second task program at the end of a first predefined interval of time, characterized in that the data are transmitted from the first task program to the second task program after a respective last execution of the first task program, within a predefined second interval of time, for execution of the second task program, wherein the second interval of time is longer than the first interval of time. in particular for a motor vehicle, wherein the control unit has at least one execution unit designed to execute task programs, wherein a first task program and a second task program are executed at least intermittently, wherein the first task program provides data for the second task program at the end of a first predefined interval of time, characterized in that the data are transmitted from the first task program to the second task program after a respective last execution of the first task program, within a predefined second interval of time, for execution of the second task program, wherein the second interval of time is longer than the first interval of time.
An apparatus for driving a light source of a luminaire, the apparatus comprising a sensor portion configured to obtain sensory information comprising information indicative of observed light levels in an area served by the luminaire during and after an adaptation period, comprising information indicative of a sequence of observed light levels during the adaptation period; a control portion configured to control operation of the light source after the adaptation period in accordance with the sensory information and in accordance with a target light level by adjusting the light intensity of the light source in accordance with the observed light levels obtained after the adaptation period and in accordance with said target light level to bring the observed light intensity to or close to the target light level; characterized in that the apparatus comprises an adaptation portion for determining at least the target light level, the adaptation portion configured to initiate the adaptation period in response to a request thereto, and determine the target light level on the basis of the sequence of observed light levels during the adaptation period and on the basis of a predetermined estimate of light output reduction due to wear of the light source. initiate the adaptation period in response to a request thereto, and determine the target light level on the basis of the sequence of observed light levels during the adaptation period and on the basis of a predetermined estimate of light output reduction due to wear of the light source.
A method for automatically focusing multiple images at a plurality of locations of one or more objects on a substrate, the method comprising: a) obtaining, by a processor, a representative focal distance for a first location on the substrate based on a set of focal distances at known locations on the substrate; b) acquiring, by an image acquisition device, a set of images of the first location, wherein the images are each acquired using a different focal distance at an offset from the representative focal distance; c) estimating, by the processor, an ideal focal distance corresponding to the first location based on comparing a quality of focus for each of the images; and d) storing the estimated ideal focal distance and the first location in the set of focal distances at known locations, characterized in that the set of images is acquired under illumination by at least two different colors and at least two images of the set of images are acquired under illumination by each color; and in that estimating the ideal focal distance corresponding to the first location further comprises: calculating a focal distance offset for each of the different colors; determining an average focal distance offset based on the focal distance offsets calculated for the different colors; and estimating the ideal focal distance corresponding to the first location based on the average focal distance offset. a) obtaining, by a processor, a representative focal distance for a first location on the substrate based on a set of focal distances at known locations on the substrate; b) acquiring, by an image acquisition device, a set of images of the first location, wherein the images are each acquired using a different focal distance at an offset from the representative focal distance; c) estimating, by the processor, an ideal focal distance corresponding to the first location based on comparing a quality of focus for each of the images; and d) storing the estimated ideal focal distance and the first location in the set of focal distances at known locations, characterized in that the set of images is acquired under illumination by at least two different colors and at least two images of the set of images are acquired under illumination by each color; and in that estimating the ideal focal distance corresponding to the first location further comprises: calculating a focal distance offset for each of the different colors; determining an average focal distance offset based on the focal distance offsets calculated for the different colors; and estimating the ideal focal distance corresponding to the first location based on the average focal distance offset. calculating a focal distance offset for each of the different colors; determining an average focal distance offset based on the focal distance offsets calculated for the different colors; and estimating the ideal focal distance corresponding to the first location based on the average focal distance offset.
Method for operating a multi-stage transmission in a motor vehicle, comprising four planetary gears (RS1 to RS4) which can be shifted into different gear ratios by means of shift elements (A, B, C, D) and which can be connected via input elements and output elements to a driven input shaft and to an output shaft and whose reaction elements can be coupled or braked, wherein the four planetary gears (RS1 to RS4) can be shifted by means of two brakes (A, B) and by means of three shifting clutches (C, D, E) into eight forward gear ratios, wherein in the higher gear ratios, in particular the fourth to eighth gear ratio, at least a first shifting clutch is continuously switched in order to produce a flow of power in the transmission, and in the lower gear ratios, in particular the first to third gear ratios, at least a second and/or third shifting clutch (C, E) is switched in order to produce a flow of power in the transmission, wherein in a coasting mode, with the gear ratio engaged or switched, the flow of power in the transmission is interrupted by opening of one of the shifting clutches (C, D, E), wherein to provide the coasting mode in the higher gear ratios the first shifting clutch is opened, and that to provide the coasting mode in the lower gear ratios the second or third shifting clutch (C, E) is opened, wherein in the lower gear ratios, that is to say the first, second and third gear ratio, the first shifting clutch is opened, and wherein in the first and third gear ratio the second shifting clutch is closed, and that in the second gear ratio the third shifting clutch is closed, characterised in that to provide the coasting mode in the first or third gear ratio the second shifting clutch is opened.
Guiding system, comprising: a first circuit comprising a first coil coupled to a driving circuit configured to drive the first coil for emitting a first electromagnetic field, wherein the first coil has a first winding axis, a second circuit comprising a second coil coupled to a detection circuit and configured to interact with a second electromagnetic field, wherein the second coil has a second winding axis essentially orthogonal to the first winding axis, and a third circuit comprising a third coil configured to generate the second electromagnetic field based on an interaction between the first electromagnetic field and the third coil, wherein the third coil has a third winding axis having a directional component parallel to one of the first winding axis and the second winding axis, wherein the guiding system further comprises a processing unit connected to the detection circuit and configured to detect a polarity of the second electromagnetic field received by the second coil and to determine a displacement direction between the third coil and a first reference plane based on the detected polarity of the second electromagnetic field, wherein the polarity changes sign across the first reference plane. a first circuit comprising a first coil coupled to a driving circuit configured to drive the first coil for emitting a first electromagnetic field, wherein the first coil has a first winding axis, a second circuit comprising a second coil coupled to a detection circuit and configured to interact with a second electromagnetic field, wherein the second coil has a second winding axis essentially orthogonal to the first winding axis, and a third circuit comprising a third coil configured to generate the second electromagnetic field based on an interaction between the first electromagnetic field and the third coil, wherein the third coil has a third winding axis having a directional component parallel to one of the first winding axis and the second winding axis, wherein the guiding system further comprises a processing unit connected to the detection circuit and configured to detect a polarity of the second electromagnetic field received by the second coil and to determine a displacement direction between the third coil and a first reference plane based on the detected polarity of the second electromagnetic field, wherein the polarity changes sign across the first reference plane.