mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting first and second content from a transmitter to a receiver via a digital video interface using a high-bandwidth digital content protection system, the first content having a first format, the second content having a second format, and the first and second content having vertical blanking intervals, the method comprising: authenticating that the receiver is licensed to receive the content; signalling that the transmitted content will be encrypted; transmitting the first content in encrypted form; detecting a request to transition from the first content to the second content; after detecting the request to transition: continuing to transmit the first content in encrypted form; signalling that the transmitted content will be unencrypted; adjusting the transmitter to cease transmission of the first content in encrypted form, and to transmit the second content in unencrypted form; waiting for the receiver to identify a vertical blanking interval; after the step of adjusting the transmitter and the receiver identifying a vertical blanking interval, signalling that the second content will be encrypted; and transmitting the second content in encrypted form. authenticating that the receiver is licensed to receive the content; signalling that the transmitted content will be encrypted; transmitting the first content in encrypted form; detecting a request to transition from the first content to the second content; after detecting the request to transition: continuing to transmit the first content in encrypted form; signalling that the transmitted content will be unencrypted; adjusting the transmitter to cease transmission of the first content in encrypted form, and to transmit the second content in unencrypted form; waiting for the receiver to identify a vertical blanking interval; after the step of adjusting the transmitter and the receiver identifying a vertical blanking interval, signalling that the second content will be encrypted; and transmitting the second content in encrypted form. continuing to transmit the first content in encrypted form; signalling that the transmitted content will be unencrypted; adjusting the transmitter to cease transmission of the first content in encrypted form, and to transmit the second content in unencrypted form; waiting for the receiver to identify a vertical blanking interval; after the step of adjusting the transmitter and the receiver identifying a vertical blanking interval, signalling that the second content will be encrypted; and transmitting the second content in encrypted form.
A method, comprising: determining, by a network node that performs a master radio-resource-control function, during at least one of a radio leg establishment and a radio leg reconfiguration, that a slave radio-resource-control function is to be initiated, wherein the slave radio-resource-control function is performed by an access point; and transmitting, by the network node, a message to the access point, wherein the message comprises at least one of a request to initiate the slave radio-resource-control function and a confirmation that the slave radio-resource-control function can be initiated, wherein the network node supports a first radio access technology and the access point supports a second radio access technology, and wherein the first radio access technology is one of a long-term-evolution, LTE, and a 5G, and the second radio access technology is the other of the LTE and the 5G. determining, by a network node that performs a master radio-resource-control function, during at least one of a radio leg establishment and a radio leg reconfiguration, that a slave radio-resource-control function is to be initiated, wherein the slave radio-resource-control function is performed by an access point; and transmitting, by the network node, a message to the access point, wherein the message comprises at least one of a request to initiate the slave radio-resource-control function and a confirmation that the slave radio-resource-control function can be initiated, wherein the network node supports a first radio access technology and the access point supports a second radio access technology, and wherein the first radio access technology is one of a long-term-evolution, LTE, and a 5G, and the second radio access technology is the other of the LTE and the 5G.
A method for voiding a printed media in a batch printing run, the method comprising: identifying the printed media that is printed as part of the batch printing run as a failed printed media in an instance in which an assigned grade fails to satisfy a predetermined threshold; marking the printed media as the failed printed media; and in a sequential batch printing mode: marking, one or more subsequently printed media that were printed after the failed printed media, as additional failed printed media; and reprinting the failed printed media in a next available media after the one or more subsequently printed media. identifying the printed media that is printed as part of the batch printing run as a failed printed media in an instance in which an assigned grade fails to satisfy a predetermined threshold; marking the printed media as the failed printed media; and in a sequential batch printing mode: marking, one or more subsequently printed media that were printed after the failed printed media, as additional failed printed media; and reprinting the failed printed media in a next available media after the one or more subsequently printed media. marking, one or more subsequently printed media that were printed after the failed printed media, as additional failed printed media; and reprinting the failed printed media in a next available media after the one or more subsequently printed media.
An expression vectorcontaining a promoter consisting of 1039 bp of 5' upstream region of the lsd90 gene of Schizosaccharomyces pombe, which is deposited at MTCC-IDA (IMTECH, Chandigarh) under accession number MTCC 5688 and which is useful for high level expression of heterologous genes in transformed S. pombe strain.
A brush intended to ensure electrical contact between a stationary part and a moving part, characterized in that said brush comprises a layer mainly made of carbon, silver and another metal different from silver and in that said layer is obtained by mixing a carbon powder and a metal powder, said metal powder being mainly made of silver and of said another metal different from silver.
A Papaver plant species wherein the plant is modified by deletion for all or part of three linked genes encoding codeine 3-O-demethylase comprising the nucleotide sequence set forth in SEQ ID NO: 7, or a nucleotide sequence that is 99% identical to SEQ ID NO: 7, characterised in that the activity of said codeine 3-O-demethylase is undetectable and wherein the plant has a codeine content of at least 45% of the total alkaloid content of latex or dried straw extracted from the modified plant.
A connection system for fluid conduction, comprising a male connection end, a female connection end and a retaining element; wherein the male connection end is designed to be inserted into the female connection end along an axial direction to connect both ends (2, 3); said male connection end comprising a retaining groove which makes up a first recess; said female connection end comprising a retaining hole which makes up a second recess facing the first recess when both ends (2, 3) are connected; and wherein said retaining element is designed to be inserted through the retaining hole and be housed between the first recess and the second recess to keep the male connection end attached to the female connection end when both ends (2, 3) are connected; said connection system comprising a gasket placed between the male connection end and the female connection end, configured to hinder relative movements of said ends (2, 3) when connected along said axial direction; characterized in that the male connection end comprises a first cone wall configured to receive a first portion of the gasket; and in that the female connection end comprises a second cone wall configured to receive a second portion of the gasket; wherein the first cone wall faces the second cone wall when the male connection end and the female connection end are connected along the axial direction, forming a circular receiving groove having a V-shaped cross section designed to receive the pressure exerted by the gasket.
An oral pouched snuff product comprising a filling material and a saliva-permeable pouch enclosing the filling material, the pouch comprising a nonwoven, the nonwoven comprising staple fibres of regenerated cellulose and a binder, the staple fibres of regenerated cellulose comprising lyocell staple fibres, characterized in that the nonwoven is a carded dry-laid nonwoven consisting of a single web-layer; the nonwoven has a main fibre orientation, and the dry-laid nonwoven has a basis weight of at most 25 g/m 2, such as within the range of from 20 g/m 2 to 25 g/m 2 or from 20 g/m 2 to 23 g/m 2.
A pharmaceutical composition comprising (±)5,6-dihydroxy-8Z,11Z,14Z,17Z-eicosatetraenoic acid (5,6-diHETE) lactone and a pharmaceutically acceptable carrier for use as a medicament.
A method for notifying a backhaul client functional unit provided in a network node (2a, 2b) to configure a communications link (6a, 6b), comprising the steps of: wirelessly receiving, by a network node functional unit provided in the network node (2a, 2b), control signalling from a user equipment (3a, 3b, 3c, 3d), the control signalling relating to an uplink communications resource between the user equipment and the network node functional unit; and notifying, by the network node functional unit, in response to receiving said control signalling and prior to receiving any user data associated with said control signalling from said user equipment on said uplink communications resource, the backhaul client functional unit to configure a communications link (6a, 6b) to a backhaul hub. wirelessly receiving, by a network node functional unit provided in the network node (2a, 2b), control signalling from a user equipment (3a, 3b, 3c, 3d), the control signalling relating to an uplink communications resource between the user equipment and the network node functional unit; and notifying, by the network node functional unit, in response to receiving said control signalling and prior to receiving any user data associated with said control signalling from said user equipment on said uplink communications resource, the backhaul client functional unit to configure a communications link (6a, 6b) to a backhaul hub.
Method to select a precoding beam among a set of possible precoding beams, this selected precoding beam being used to exchange data between a base station and a user equipment, the possible precoding beams being grouped according to their beamwidth out of a set of possible beamwidths, the method comprising an initial step of selecting one of the possible beamwidths so called selected beamwidth and the following iterative steps: • a step of determining measurements associated to precoding beams having this selected beamwidth and • a step of selecting the current precoding beam as the one, among the precoding beams having this selected beamwidth, with the best measurements and • a step of updating the measurements associated to the precoding beams having the selected beamwidth and Furthermore and if one of the measurement associated to one of the precoding beams, having the selected beamwidth, is above the measurement associated to the current precoding beam, the method comprising • a step of changing the current precoding beam to the one with the measurements above the measurements associated to the former current precoding beam and • a step of updating a beam switching rate and • when the beam switching rate is above a first threshold a step of increasing the selected beamwidth • when the beam switching rate is below a second threshold a step of decreasing the selected beamwidth. • a step of determining measurements associated to precoding beams having this selected beamwidth and • a step of selecting the current precoding beam as the one, among the precoding beams having this selected beamwidth, with the best measurements and • a step of updating the measurements associated to the precoding beams having the selected beamwidth and Furthermore and if one of the measurement associated to one of the precoding beams, having the selected beamwidth, is above the measurement associated to the current precoding beam, the method comprising • a step of changing the current precoding beam to the one with the measurements above the measurements associated to the former current precoding beam and • a step of updating a beam switching rate and • when the beam switching rate is above a first threshold a step of increasing the selected beamwidth • when the beam switching rate is below a second threshold a step of decreasing the selected beamwidth. • when the beam switching rate is above a first threshold a step of increasing the selected beamwidth • when the beam switching rate is below a second threshold a step of decreasing the selected beamwidth.
A generation apparatus comprising: image obtaining means (111, 901) for obtaining a plurality of images captured by a plurality of image capturing apparatuses from different directions; specifying means (114, 114a, 114b) for specifying an image that is to be used for generating a three-dimensional pose model indicating a plurality of joint positions of an object, from the plurality of images obtained by the image obtaining means; generating means (115, 115a, 115b) for generating a three-dimensional pose model of the object based on the image specified by the specifying means; and model obtaining means for obtaining a three-dimensional shape model indicating a three-dimensional shape of the object, based on the plurality of images, wherein the specifying means specifies the image that is to be used for generating the three-dimensional pose model of the object based on the three-dimensional shape model of the object and a region of the object in each of the plurality of images and based on an image resolution or a size of the region of the object in each of the plurality of images. image obtaining means (111, 901) for obtaining a plurality of images captured by a plurality of image capturing apparatuses from different directions; specifying means (114, 114a, 114b) for specifying an image that is to be used for generating a three-dimensional pose model indicating a plurality of joint positions of an object, from the plurality of images obtained by the image obtaining means; generating means (115, 115a, 115b) for generating a three-dimensional pose model of the object based on the image specified by the specifying means; and model obtaining means for obtaining a three-dimensional shape model indicating a three-dimensional shape of the object, based on the plurality of images, wherein the specifying means specifies the image that is to be used for generating the three-dimensional pose model of the object based on the three-dimensional shape model of the object and a region of the object in each of the plurality of images and based on an image resolution or a size of the region of the object in each of the plurality of images.
A method performed by a first network node wherein the concept of beams is re-interpreted to apply to groups of Transmit/Receive Points, TRPs, the method comprising: receiving a first message comprising a global beam identifier associated with a plurality of TRPs in a group of TRPs; and translating the global beam identifier associated with the group of TRPs into at least one local beam identifier associated with a particular one of the plurality of TRPs in the group of TRPs and wherein the first network node is operating as a fronthaul multiplexer, FHM, for the plurality of TRPs in the group of TRPs, and the method further comprises: after translation of the global beam identifier into the at least one local beam identifier, transmitting the at least one local beam identifier to the particular one of the plurality of TRPs in the group of TRPs and, wherein the TRPs are TRPs of a shared cell, wherein the first message is received from a second network node operating as a distributed unit, DU and, wherein the DU is an O-RAN O-DU, and, wherein the TRP is an O-RAN O-RU, and, wherein a management plane, M-plane, configuration is defined describing a translation between the O-RU's internally supported beamlds and the shared cell's beamlds sent by the O-DU. receiving a first message comprising a global beam identifier associated with a plurality of TRPs in a group of TRPs; and translating the global beam identifier associated with the group of TRPs into at least one local beam identifier associated with a particular one of the plurality of TRPs in the group of TRPs and after translation of the global beam identifier into the at least one local beam identifier, transmitting the at least one local beam identifier to the particular one of the plurality of TRPs in the group of TRPs and, wherein the TRPs are TRPs of a shared cell, wherein the first message is received from a second network node operating as a distributed unit, DU and, wherein the DU is an O-RAN O-DU, and, wherein the TRP is an O-RAN O-RU, and, wherein a management plane, M-plane, configuration is defined describing a translation between the O-RU's internally supported beamlds and the shared cell's beamlds sent by the O-DU.
An engine comprising: a blade; a casing surrounding said blade; a seal ring; and a passive system for connecting said seal ring to said casing and for accommodating thermal expansion of said seal ring relative to said casing so as to maintain blade tip clearance control; characterised in that: said passive system comprises at least one non-corrugated, solid Z-band extending between said casing and said seal ring, said solid Z-band having an annular configuration and extending about an entire inner wall of the casing. a blade; a casing surrounding said blade; a seal ring; and a passive system for connecting said seal ring to said casing and for accommodating thermal expansion of said seal ring relative to said casing so as to maintain blade tip clearance control; characterised in that: said passive system comprises at least one non-corrugated, solid Z-band extending between said casing and said seal ring, said solid Z-band having an annular configuration and extending about an entire inner wall of the casing.
A system for improving a patient's vision, comprising: processor means, control inputs, a display or a screen, and a. means for diagnosing and monitoring a deterioration in macular vision or macular vision loss in a patient's eye, comprising means for testing and mapping a retina by scanning the retina, and b. means for augmenting the use of a preferred retinal location and eccentric fixation in case the deterioration in macular vision or macular vision loss was detected, said means configured to obscure, fully or partially, the whole image on display except for the area associated with said preferred PRL and either i) move an image on the screen according to the gazing direction or ii) move an obscuring mask on the display to present different parts of an image on said PRL; wherein the diagnosing and monitoring means, and the augmenting means include means for applying a focalized stimulus to one location on a peripheral region of the retina at a time; and wherein the applying means include eye tracker means for measuring a gazing direction of the patient's eye and means for changing the location of the focalized stimulus on said peripheral region of the retina accordingly, so as to keep the stimulus on the same location on the peripheral region of the retina. processor means, control inputs, a display or a screen, and a. means for diagnosing and monitoring a deterioration in macular vision or macular vision loss in a patient's eye, comprising means for testing and mapping a retina by scanning the retina, and b. means for augmenting the use of a preferred retinal location and eccentric fixation in case the deterioration in macular vision or macular vision loss was detected, said means configured to obscure, fully or partially, the whole image on display except for the area associated with said preferred PRL and either i) move an image on the screen according to the gazing direction or ii) move an obscuring mask on the display to present different parts of an image on said PRL; wherein the diagnosing and monitoring means, and the augmenting means include means for applying a focalized stimulus to one location on a peripheral region of the retina at a time; and wherein the applying means include eye tracker means for measuring a gazing direction of the patient's eye and means for changing the location of the focalized stimulus on said peripheral region of the retina accordingly, so as to keep the stimulus on the same location on the peripheral region of the retina. a. means for diagnosing and monitoring a deterioration in macular vision or macular vision loss in a patient's eye, comprising means for testing and mapping a retina by scanning the retina, and b. means for augmenting the use of a preferred retinal location and eccentric fixation in case the deterioration in macular vision or macular vision loss was detected, said means configured to obscure, fully or partially, the whole image on display except for the area associated with said preferred PRL and either i) move an image on the screen according to the gazing direction or ii) move an obscuring mask on the display to present different parts of an image on said PRL;
A method for controlling power generation from a power plant which comprises a plurality of power generating units including at least one wind turbine generator, where the power generation system is connected to an electrical power grid for supplying power from the power generating units to the electrical power grid, and where the power generating units are controllable to produce power dependent on individual power set-points, the method comprises: - obtaining a fatigue level (Flev) for each of the of power generating units, where the fatigue level is indicative of a combined accumulated fatigue level of one or more mechanical components of the power generating unit, - obtaining at least one power level (Pav, Pprod) for each of the power generating units, where the power level is indicative of the maximum power that can be produced by the power generating unit or indicative of the power produced by the power generating unit, - determining a prioritized list of the power generating units wherein the power generating units are prioritized dependent on either the fatigue levels (Flev) or the power levels (Plev), - adjusting the prioritized list dependent on the one of the fatigue levels (Flev) or the power levels (Plev), which were not used for determining the prioritized list of the power generating units, - determining the power set points (Pset) for at least a fraction of the power generating units based on the prioritization of the power generating units in the adjusted prioritized list. - obtaining a fatigue level (Flev) for each of the of power generating units, where the fatigue level is indicative of a combined accumulated fatigue level of one or more mechanical components of the power generating unit, - obtaining at least one power level (Pav, Pprod) for each of the power generating units, where the power level is indicative of the maximum power that can be produced by the power generating unit or indicative of the power produced by the power generating unit, - determining a prioritized list of the power generating units wherein the power generating units are prioritized dependent on either the fatigue levels (Flev) or the power levels (Plev), - adjusting the prioritized list dependent on the one of the fatigue levels (Flev) or the power levels (Plev), which were not used for determining the prioritized list of the power generating units, - determining the power set points (Pset) for at least a fraction of the power generating units based on the prioritization of the power generating units in the adjusted prioritized list.