mhurhangee/patent-ind-claim-en huggingface dataset:
A method for decoding an HEVC video bitstream comprising: receiving a reference picture set, RPS, from said video bitstream; decoding a current picture using inter prediction based on said reference picture set; and storing said decoded picture to be referred for future inter prediction in a decoded picture buffer, wherein said reference picture set is decoded by using at least: (a) one or more long-term reference picture identifiers each of which being based on a selected number of least significant bits, LSB, of the picture order count, POC, for a long-term reference picture; and (b) a flag to specify whether or not subsequent data exist to determine the most significant bits, MSB, of the POC for said long-term reference picture, wherein said subsequent data exist for the current picture satisfying the following condition (i) having more than one reference picture in said decoded picture buffer with picture order count modulo MaxPicOrderCntLsb equal to PocLsbLt, and characterized in that said subsequent data exist for the subsequent pictures in decoding order after the current picture satisfying the condition (i) until and including the first picture in decoding order which has TemporalId value of 0 and has a NAL unit type as one of the following, TRAIL_R, TSA_R, STSA_R. receiving a reference picture set, RPS, from said video bitstream; decoding a current picture using inter prediction based on said reference picture set; and storing said decoded picture to be referred for future inter prediction in a decoded picture buffer, wherein said reference picture set is decoded by using at least: (a) one or more long-term reference picture identifiers each of which being based on a selected number of least significant bits, LSB, of the picture order count, POC, for a long-term reference picture; and (b) a flag to specify whether or not subsequent data exist to determine the most significant bits, MSB, of the POC for said long-term reference picture, wherein said subsequent data exist for the current picture satisfying the following condition (i) having more than one reference picture in said decoded picture buffer with picture order count modulo MaxPicOrderCntLsb equal to PocLsbLt, and (a) one or more long-term reference picture identifiers each of which being based on a selected number of least significant bits, LSB, of the picture order count, POC, for a long-term reference picture; and (b) a flag to specify whether or not subsequent data exist to determine the most significant bits, MSB, of the POC for said long-term reference picture, wherein said subsequent data exist for the current picture satisfying the following condition (i) having more than one reference picture in said decoded picture buffer with picture order count modulo MaxPicOrderCntLsb equal to PocLsbLt, and characterized in that said subsequent data exist for the subsequent pictures in decoding order after the current picture satisfying the condition (i) until and including the first picture in decoding order which has TemporalId value of 0 and has a NAL unit type as one of the following, TRAIL_R, TSA_R, STSA_R.
Nanoparticle with a diameter, which is the maximum in the nanoparticle size distribution, in the range of 10 - 300 nm, comprising a) a calcium phosphate nanoparticle core a), b) an active ingredient coating b) on the calcium phosphate nanoparticle core a), c) a lactic acid polymer coating c) on the active ingredient coating b), d) a cationic polymer coating d) on the lactic acid polymer coating c) selected from the group of polyethylene-imines, chitosan and human lactoferrin-derived peptides with a length of 14 to 30 amino acids. a) a calcium phosphate nanoparticle core a), b) an active ingredient coating b) on the calcium phosphate nanoparticle core a), c) a lactic acid polymer coating c) on the active ingredient coating b), d) a cationic polymer coating d) on the lactic acid polymer coating c) selected from the group of polyethylene-imines, chitosan and human lactoferrin-derived peptides with a length of 14 to 30 amino acids.
A filter cartridge for a safety cabinet , comprising a hollow cylindrical filter body made of a filter material, which surrounds an interior space in the radial direction, an open cover attached to one end of the filter body , which surrounds an inflow opening opening into the interior space , and a closed cover arranged at the opposite end of the filter body , wherein a projection (86; 92; 94) on the closed cover tapering towards the inflow opening protrudes into the interior space , said projection having an inflow surface facing the inflow opening and being rotationally symmetrical and coaxial with a longitudinal central axis of the filter cartridge , characterized in that the projection (86; 92; 94) has the shape of a cone with a tip or a slightly rounded tip or the shape of a hemisphere.
A method , comprising: receiving, by a controller , a write command , said write command specifying a data item (410A...410N, 420A...420K, 430A...430M) and an identifier of a data stream comprising the data item (410A... 410N, 420A...420K, 430A...430M), said identifier consisting of stream identification information enhanced by a data attribute; determining, by parsing the identifier of the data stream , the data attribute shared by data items (410A...410N, 420A...420K, 430A...430M) comprised by the data stream , wherein the data attribute is encoded by a bit string of a pre-defined size starting from a pre-defined position within the identifier of the data stream , wherein the data attribute determines a respective distinct storage operation parameter; and transmitting, to a non-volatile memory device (112A...112N), an instruction specifying the data item (410A...410N, 420A...420K, 430A...430M) and the storage operation parameter. receiving, by a controller , a write command , said write command specifying a data item (410A...410N, 420A...420K, 430A...430M) and an identifier of a data stream comprising the data item (410A... 410N, 420A...420K, 430A...430M), said identifier consisting of stream identification information enhanced by a data attribute; determining, by parsing the identifier of the data stream , the data attribute shared by data items (410A...410N, 420A...420K, 430A...430M) comprised by the data stream , wherein the data attribute is encoded by a bit string of a pre-defined size starting from a pre-defined position within the identifier of the data stream , wherein the data attribute determines a respective distinct storage operation parameter; and transmitting, to a non-volatile memory device (112A...112N), an instruction specifying the data item (410A...410N, 420A...420K, 430A...430M) and the storage operation parameter.
A tag system for tracking information about an animal, comprising: a tag body comprising a first region having a polygonal shape ; the tag body further comprising a second region having a narrowing portion which has a surface area that is less than a surface area of the polygonal shape, the second region further comprising a first opening; a first electronic tag having a first antenna; the first electronic tag having a generally circular shape with a second opening that is positioned concentric with the first opening; the first electronic tag comprising an RFID tag ; a cylindrical receptacle being positioned within the first opening and second opening; and a second electronic tag having a second antenna; the second electronic tag being positioned in the first region having the polygonal shape; characterised in that the second electronic tag comprises an NFC tag , the NFC tag being readable by a mobile phone , the NFC tag comprising a first memory, the first memory storing a universal resource locator. a tag body comprising a first region having a polygonal shape ; the tag body further comprising a second region having a narrowing portion which has a surface area that is less than a surface area of the polygonal shape, the second region further comprising a first opening; a first electronic tag having a first antenna; the first electronic tag having a generally circular shape with a second opening that is positioned concentric with the first opening; the first electronic tag comprising an RFID tag ; a cylindrical receptacle being positioned within the first opening and second opening; and a second electronic tag having a second antenna; the second electronic tag being positioned in the first region having the polygonal shape;
A flexural pivot , comprising: three flexure support members , each flexure support member having a plurality of flexure openings (150, 151; 250, 251) defined at least partially by a cantilevered extension portion (152-154; 252-254), the flexure openings extending through outer side surfaces of the flexure support members; and at least one flexure (140a-d) operable to rotatably couple the plurality of flexure support members to one another, the at least one flexure (140a-d) comprising first and second flexible blades (141; 241) arranged in a cross configuration, wherein the first and second flexible blades (141; 241) are disposed in the flexure openings (150, 151; 250, 251) of the flexure support members and ends of the flexible blades are exposed through the outer side surfaces of the flexure support members , and the cantilevered extension portions, at least in part, couple the first and second flexible blades (141; 241) to the flexure support members , wherein ends of the flexible blades (141; 241) are joined to the cantilevered extension portions (152-154; 252-254) at outer side surfaces of the flexure support members , wherein a first flexure support member and a second flexure support member are configured to be rotatable relative to one another about a first axis, and the second flexure support member and a third flexure support member are configured to be rotatable relative to one another about a second axis, and wherein the first and second axes are perpendicular to one another.
A high-voltage semiconductor device , comprising: a semiconductor substrate having a first conductivity type; a first doping region having a second conductivity type in the semiconductor substrate ; an epitaxial layer on the semiconductor substrate ; a body region having the first conductivity type in the epitaxial layer on the first doping region ; a second doping region and a third doping region that have the second conductivity type, respectively in the epitaxial layer on both opposite sides of the body region , so as to adjoin the body region ; a source region and a drain region respectively in the body region and the second doping region ; a field insulating layer in the second doping region between the source region and the drain region ; and a gate structure on the epitaxial layer to cover a portion of the field insulating layer , characterized by the first doping region , the second region and the third doping region having a doping concentration in a range of 1.0×10 15 to 1.0×10 16 ions/cm 3 ; and a buried layer having the second conductivity type in the first doping region below the body region , so that the bottom of the body region adjoins the upper surface of the buried layer , wherein the buried layer has a doping concentration of 1.0×10 18 ions/cm 3 . a semiconductor substrate having a first conductivity type; a first doping region having a second conductivity type in the semiconductor substrate ; an epitaxial layer on the semiconductor substrate ; a body region having the first conductivity type in the epitaxial layer on the first doping region ; a second doping region and a third doping region that have the second conductivity type, respectively in the epitaxial layer on both opposite sides of the body region , so as to adjoin the body region ; a source region and a drain region respectively in the body region and the second doping region ; a field insulating layer in the second doping region between the source region and the drain region ; and a gate structure on the epitaxial layer to cover a portion of the field insulating layer , characterized by the first doping region , the second region and the third doping region having a doping concentration in a range of 1.0×10 15 to 1.0×10 16 ions/cm 3 ; and a buried layer having the second conductivity type in the first doping region below the body region , so that the bottom of the body region adjoins the upper surface of the buried layer , wherein the buried layer has a doping concentration of 1.0×10 18 ions/cm 3 .
A method in a Radio Access Network, RAN, node for updating a paging configuration for at least one User Equipment, UE, in a wireless communications system, wherein the RAN node uses a plurality of radio beams to page a plurality of UEs and the RAN node uses at least one of the radio beams for transmitting at least one paging message to at least one of the UEs , the method comprising: - obtaining information regarding at least one paging condition, wherein the at least one paging condition is associated with a current paging configuration for said at least one UE and wherein the at least one paging condition comprises at least one of latency, Physical Downlink Control CHannel, PDCCH, load, and PDCCH and Physical Downlink Shared CHannel, PDSCH, imbalance; - determining whether the obtained information regarding the at least one paging condition exceeds a respective associated threshold; and - updating , based on the determination, the current paging configuration into an updated paging configuration for said at least one UE , wherein updating the current paging configuration comprises adjusting one or more configurations of the one or more radio beams for transmitting a paging message to said at least one UE . - obtaining information regarding at least one paging condition, wherein the at least one paging condition is associated with a current paging configuration for said at least one UE and wherein the at least one paging condition comprises at least one of latency, Physical Downlink Control CHannel, PDCCH, load, and PDCCH and Physical Downlink Shared CHannel, PDSCH, imbalance; - determining whether the obtained information regarding the at least one paging condition exceeds a respective associated threshold; and - updating , based on the determination, the current paging configuration into an updated paging configuration for said at least one UE , wherein updating the current paging configuration comprises adjusting one or more configurations of the one or more radio beams for transmitting a paging message to said at least one UE .
A heat exchanger , comprising - a first flow space for guiding a first fluid therethrough, the first fluid being a work fluid, - a second flow space for guiding a second fluid therethrough, the second fluid being exhaust gas , so that heat can be transferred from the second fluid to the first fluid or vice versa, - wherein the first flow space is divided into a first part and a second part and a first inlet opening for the first fluid ends in the first part and the second part is designed after the first part in the flow direction of the first fluid, - the first inlet opening for introducing the first fluid, - a first outlet opening for discharging the first fluid, - a second inlet opening for introducing the second fluid, - a second outlet opening for discharging the second fluid, characterised in that the first part is designed forward of the second part in the flow direction of the second fluid, so that the second fluid can be guided through the first part first and then through the second part , wherein the first fluid and the second fluid can be guided at least through the second part in a counter-current flow, wherein the heat exchanger comprises valves and heat exchanger lines and, when connected to the valves , the first inlet opening for the first fluid is designed at the second part instead of the first part and the first outlet opening for the first fluid is designed at the first part . - a first flow space for guiding a first fluid therethrough, the first fluid being a work fluid, - a second flow space for guiding a second fluid therethrough, the second fluid being exhaust gas , so that heat can be transferred from the second fluid to the first fluid or vice versa, - wherein the first flow space is divided into a first part and a second part and a first inlet opening for the first fluid ends in the first part and the second part is designed after the first part in the flow direction of the first fluid, - the first inlet opening for introducing the first fluid, - a first outlet opening for discharging the first fluid, - a second inlet opening for introducing the second fluid, - a second outlet opening for discharging the second fluid,
An audio encoder for encoding a sequence of segments of coefficients, the segments being subsequent to each other in time, the audio encoder comprising a means for providing the sequence of segments of coefficients from an audio stream representing a sampled audio signal by using different transform lengths such that segments of coefficients for which different transform lengths are used, spectrally represent the sampled audio signal at different frequency resolutions; a processor for deriving a coding context for a currently encoded coefficient of a current segment based on a previously encoded coefficient of a previous segment, the previous and current segments corresponding to different frequency resolutions and different transform lengths, respectively; and an entropy encoder for entropy encoding the current coefficient based on the coding context to obtain an encoded audio stream, wherein the processor and the entropy encoder are configured to operate based on a down-sampling of spectral coefficients of the previous segment, when the previous segment displays a finer spectral resolution than the current segment, and wherein the entropy encoder is an arithmetic encoder. a means for providing the sequence of segments of coefficients from an audio stream representing a sampled audio signal by using different transform lengths such that segments of coefficients for which different transform lengths are used, spectrally represent the sampled audio signal at different frequency resolutions; a processor for deriving a coding context for a currently encoded coefficient of a current segment based on a previously encoded coefficient of a previous segment, the previous and current segments corresponding to different frequency resolutions and different transform lengths, respectively; and an entropy encoder for entropy encoding the current coefficient based on the coding context to obtain an encoded audio stream, wherein the processor and the entropy encoder are configured to operate based on a down-sampling of spectral coefficients of the previous segment, when the previous segment displays a finer spectral resolution than the current segment, and wherein the entropy encoder is an arithmetic encoder.
A method for wireless communications performed by a wireless device, comprising: placing a first receiver in a low power state when the wireless device is in an enhanced discontinuous reception, DRX, mode having longer low power cycles than a non-enhanced DRX mode; and monitoring with a second receiver, while the first receiver is in the low power state, for signaling from a base station, BS, directing the wireless device to take the determined receiver out of the low power state, wherein the first receiver and the second receiver are both capable of demodulating a same waveform used to convey signaling from the BS.
An extruder assembly for forming a multi-layered composite, the extruder assembly comprising an extruder head assembly having a first and second flow passage , a first and second extruder in fluid communication with the respective first and second flow passage , a splice bar assembly comprising a splice bar , the splice bar assembly or the splice bar having a first and second passageway extending from a rear side to an outlet side of the splice bar assembly when viewed in the flow direction of the extruder assembly and communicating flow from the first and second passageway to an outlet die , characterized in that the splice bar further comprises at least one groove located on the rear side of the splice bar , the at least one groove being positioned between the first and second passageway when viewed from the rear side of the splice bar , wherein the groove presents no passage for material from the rear side to the outlet side of the splicebar .
An aircraft , comprising: a fixed nacelle disposed on a wing member of the aircraft ; a proprotor pylon disposed on the wing member and rotatable relative to the fixed nacelle between a substantially horizontal position and a non-horizontal position; a channel with a channel floor disposed at the leading edge of the fixed nacelle that receives the proprotor pylon therein, the proprotor pylon being arranged to rotate about an axis in the channel to the substantially horizontal position, wherein the proprotor pylon is adjacent to the channel floor and occupies the channel , and to the non-horizontal position, wherein at least a portion of the channel is exposed; characterised in that the aircraft further comprises a blocking door pivotally disposed in the channel for pivoting between a stowed position where the blocking door is disposed on the channel floor when the proprotor pylon is in the substantially horizontal position and a blocking position that is anterior to the proprotor pylon when the proprotor pylon is positioned in the non-horizontal position. a fixed nacelle disposed on a wing member of the aircraft ; a proprotor pylon disposed on the wing member and rotatable relative to the fixed nacelle between a substantially horizontal position and a non-horizontal position; a channel with a channel floor disposed at the leading edge of the fixed nacelle that receives the proprotor pylon therein, the proprotor pylon being arranged to rotate about an axis in the channel to the substantially horizontal position, wherein the proprotor pylon is adjacent to the channel floor and occupies the channel , and to the non-horizontal position, wherein at least a portion of the channel is exposed; characterised in that the aircraft further comprises a blocking door pivotally disposed in the channel for pivoting between a stowed position where the blocking door is disposed on the channel floor when the proprotor pylon is in the substantially horizontal position and a blocking position that is anterior to the proprotor pylon when the proprotor pylon is positioned in the non-horizontal position.
A dietary supplement or a pharmaceutical composition comprising the Aspergillus niger aspergilloglutamic peptidase, a prolyl-endopeptidase, and pharmaceutically or dietary acceptable excipients.