mhurhangee/patent-ind-claim-en huggingface dataset:
A method of processing video data, the method comprising: determining that a first block of video data is a palette coded block; determining a palette for the first block; determining color values for pixels within the first block with respect to the palette; reconstructing the first block of the video data based on the palette and the color values for the first block; based on the first block being a palette coded block, disabling deblocking filtering for first pixels within the reconstructed first block at a block boundary formed between the reconstructed first block and a reconstructed second block of video data; and determining whether to apply the deblocking filtering for second pixels within the reconstructed second block at the block boundary formed between the reconstructed first block and the reconstructed second block. determining that a first block of video data is a palette coded block; determining a palette for the first block; determining color values for pixels within the first block with respect to the palette; reconstructing the first block of the video data based on the palette and the color values for the first block; based on the first block being a palette coded block, disabling deblocking filtering for first pixels within the reconstructed first block at a block boundary formed between the reconstructed first block and a reconstructed second block of video data; and determining whether to apply the deblocking filtering for second pixels within the reconstructed second block at the block boundary formed between the reconstructed first block and the reconstructed second block.
A data transmission method, being applicable to a terminal, the terminal being configured with a first data radio bearer, DRB, and a second DRB, the first DRB corresponding to one secondary radio link control, RLC, entity, the second DRB corresponding to a plurality of secondary RLC entities, and the method comprising: receiving a first media access control-control element, MAC CE, and a second MAC CE transmitted by a network device, the first MAC CE indicating to activate or deactivate a packet data convergence protocol, PDCP, duplication corresponding to the second DRB and the second MAC CE indicating a PDCP-duplication activation status of a secondary RLC entity corresponding to the second DRB; and activating or deactivating the PDCP duplication corresponding to the second DRB according to the first MAC CE or the second MAC CE, wherein the first MAC CE contains first indication information for each of one or more DRBs, the second MAC CE contains a DRB identity, ID, and second indication information for each of a plurality of secondary RLC entities, the first indication information indicates a PDCP-duplication activation status of a DRB, the second indication information indicates a PDCP-duplication activation status of a secondary RLC entity corresponding to the DRB, and the PDCP-duplication activation status comprises an activation state or a deactivation state. receiving a first media access control-control element, MAC CE, and a second MAC CE transmitted by a network device, the first MAC CE indicating to activate or deactivate a packet data convergence protocol, PDCP, duplication corresponding to the second DRB and the second MAC CE indicating a PDCP-duplication activation status of a secondary RLC entity corresponding to the second DRB; and activating or deactivating the PDCP duplication corresponding to the second DRB according to the first MAC CE or the second MAC CE, wherein the first MAC CE contains first indication information for each of one or more DRBs, the second MAC CE contains a DRB identity, ID, and second indication information for each of a plurality of secondary RLC entities, the first indication information indicates a PDCP-duplication activation status of a DRB, the second indication information indicates a PDCP-duplication activation status of a secondary RLC entity corresponding to the DRB, and the PDCP-duplication activation status comprises an activation state or a deactivation state.
A turbine , comprising: a plurality of rotor members , configured to rotate due to the expansion of hot burned gas flowing into a hot gas flow path channel (F), wherein each rotor member comprises a rotor wheel , wherein a wheel space is individuated between two rotor wheels of two adjacent rotor members ; a protective spacer , arranged between two facing rotor members , configured to avoid an ingested gas flow (F') from the hot gas flow path channel (F) to reach the wheel space ; and a plurality of stator spacers , each one arranged between two adjacent rotor members ; wherein a channel is delimited between each protective spacer and a corresponding stator spacer ; characterized in that at least one rotor member comprises a deflector , configured to deflect the purging air (P) pumped up from the wheel spaces by the rotor members to the channel wherein, when the turbine is operated at low power, the channel is at a pressure lower than that of the gas deflected by the deflector . a plurality of rotor members , configured to rotate due to the expansion of hot burned gas flowing into a hot gas flow path channel (F), wherein each rotor member comprises a rotor wheel , wherein a wheel space is individuated between two rotor wheels of two adjacent rotor members ; a protective spacer , arranged between two facing rotor members , configured to avoid an ingested gas flow (F') from the hot gas flow path channel (F) to reach the wheel space ; and a plurality of stator spacers , each one arranged between two adjacent rotor members ; wherein a channel is delimited between each protective spacer and a corresponding stator spacer ; characterized in that at least one rotor member comprises a deflector , configured to deflect the purging air (P) pumped up from the wheel spaces by the rotor members to the channel wherein, when the turbine is operated at low power, the channel is at a pressure lower than that of the gas deflected by the deflector .
Buckle system, comprising a buckle and a buckle tongue which can be inserted into the buckle , an RFID transponder being arranged in or on the buckle tongue and an RFID reader unit being arranged in the buckle and designed in such away that coupling between the RFID reader unit and the RFID transponder is only possible when the buckle tongue is inserted into the buckle , characterized in that the RFID transponder is arranged in a housing made of plastics material so as to be held on a metal plate of the buckle tongue and so as to be spaced apart from the plate .
Method for preparing a mineral foam material-filled concrete block, the method comprising the following steps: providing a concrete block comprising at least one cavity, filling the at least one cavity with a volume of the mineral foam material greater than the volume of the at least one cavity, characterized by bringing a scraper element into contact with a top surface of the concrete block , moving the scraper element over the top surface of the concrete block to scrape off excess fresh mineral foam material from the top surface , removing the excess mineral foam material from the scraper element by suction. providing a concrete block comprising at least one cavity, filling the at least one cavity with a volume of the mineral foam material greater than the volume of the at least one cavity, characterized by bringing a scraper element into contact with a top surface of the concrete block , moving the scraper element over the top surface of the concrete block to scrape off excess fresh mineral foam material from the top surface , removing the excess mineral foam material from the scraper element by suction.
A temperature warning device for issuing a warning depending on temperature of a friction element arranged between a power source and a driving wheel , comprising: warning issuing means adapted to issue the warning when the temperature of the friction element exceeds an upper limit temperature; characterized by further comprising: warning issuing timing adjusting means adapted to make a period of time, from when the temperature of the friction element exceeds the upper limit temperature until when the warning issuing means issues the warning, longer when the temperature of the friction element exceeds the upper limit temperature for a first time, than when the temperature of the friction element exceeds the upper limit temperature for a second or subsequent time. warning issuing means adapted to issue the warning when the temperature of the friction element exceeds an upper limit temperature; characterized by further comprising: warning issuing timing adjusting means adapted to make a period of time, from when the temperature of the friction element exceeds the upper limit temperature until when the warning issuing means issues the warning, longer when the temperature of the friction element exceeds the upper limit temperature for a first time, than when the temperature of the friction element exceeds the upper limit temperature for a second or subsequent time.
Method for processing drinking water, in particular for water-carrying installations or apparatuses, in which method water to be processed is softened by means of an ion exchanger by exchanging alkaline earth ions for hydrogen ions, characterized in that the water to be processed is treated with a corrosion inhibitor formed by tricalcium diphosphate and/or trimagnesium diphosphate, the pH value of the water charged with hydrogen ions from the ion exchanger being increased and/or buffered by the corrosion inhibitor to form hydrogen phosphate ions or dihydrogen phosphate ions.
A control arrangement for use in controlling the electrical supply from a power supply unit , wherein the power supply unit includes a variable internal capacitance to an output, the control arrangement comprising an inductor , a switch configured to be arranged in parallel with the internal capacitance , and a controller operable to control the operation of the switch such that closing of the switch results in the formation of an LCR circuit, the internal capacitance forming the capacitance of the LCR circuit, the controller is configured to cause the switch to move between its opened and closed positions at a high frequency in the range of 150kHz-700kHz, characterised in that the inductance of the inductor is selected to match characteristics of the internal capacitance , and the controller is further configured to cause the switch to move between its opened and closed positions at a frequency chosen to maintain resonance, or a harmonic of a frequency which would maintain resonance, the frequency depending upon the inductance and the variable internal capacitance .
Aerosol-generating device comprising a device housing comprising a first receiving chamber for receiving and accommodating a first consumable and a second receiving chamber for receiving and accommodating a second consumable , further comprising an internal power source arranged in the device housing and a controller for controlling an aerosolization process of an aerosol-forming substrate comprised in a consumable arrangeable in the first and in the second receiving chamber ; wherein at least the second receiving chamber comprises electrical contacts detachably connected to a separate power source accommodated in the second receiving chamber , the separate power source via the electrical contacts providing additional power to the aerosol-generating device.
Electrical switching device for providing and interrupting an electrical connection, having a switching chamber , wherein two contact pieces are arranged directly in the switching chamber or in an encapsulation housing arranged in the switching chamber and configured in a gas-tight manner in relation to the switching chamber , wherein the contact pieces are movable relative to one another for the execution of a switching action, wherein also provided is a fluid insulating medium , which is arranged in the switching chamber or in a storage volume which can be connected to the switching chamber , and wherein the switching chamber or the storage volume has an outlet for releasing the fluid insulating medium , characterized in that provided on or adjacent to the outlet is a filter , which is designed to filter gaseous constituents of the insulating medium , or the reaction products thereof, conveyed through the outlet , and the outlet terminates in the surrounding environment, so that an insulating medium leaving the filter can be released into the environment .
An implant having suture pockets comprising: a first pocket having a first planar wall segment ; a second pocket having a second planar wall segment ; and a suture hole disposed between the first and second pockets, the suture hole having a first sidewall segment extending from a first opening to a second opening , the suture hole including a second sidewall segment opposite the first sidewall segment, the second sidewall segment extending from the first opening to the second opening, characterized in that the first planar wall segment, the second planar wall segment and the first sidewall segment of the suture hole form a planar wall such that a suture needle can be slidably guided along the first and second planar wall segments and the first sidewall segment of the suture hole. a first pocket having a first planar wall segment ; a second pocket having a second planar wall segment ; and a suture hole disposed between the first and second pockets, the suture hole having a first sidewall segment extending from a first opening to a second opening , the suture hole including a second sidewall segment opposite the first sidewall segment, the second sidewall segment extending from the first opening to the second opening, characterized in that the first planar wall segment, the second planar wall segment and the first sidewall segment of the suture hole form a planar wall such that a suture needle can be slidably guided along the first and second planar wall segments and the first sidewall segment of the suture hole.
Connector element (c) which is configured to be soldered on a metallic substrate (b) by means of a solder paste (a), comprising a foot portion having a surface facing the substrate (b), which is soldered on the metallic substrate (b) by means of the solder paste (a), characterized in that it is provided with grooves (k) which are located on a lateral peripheral surface and extend in a longitudinal direction of the connector element (c) until the edge of the surface facing the substrate (b), so that the molten solder paste (a) can rise on the connector element (c) and, as a consequence, the adhesion of the connector element (c) on the substrate (b) is increased.
A melt additive compound represented by the general formula: wherein: R represents a linear alkylene group having from 1 to 18 carbon atoms; n represents an integer from 1 to 4, inclusive; and R f 1 is represented by the general formula wherein R f represents a perfluorinated group having from 3 to 5 carbon atoms. R represents a linear alkylene group having from 1 to 18 carbon atoms; n represents an integer from 1 to 4, inclusive; and R f 1 is represented by the general formula wherein R f represents a perfluorinated group having from 3 to 5 carbon atoms.
A method comprising: processing, by a virtual router executing on a processor of a server within a cloud data center , a plurality of traffic flows for one or more virtual machines executing on the server within the cloud data center to generate traffic flow statistics for the plurality of traffic flows, wherein the plurality of traffic flows include: a plurality of ingress traffic flows originating from the one or more virtual machines and destined for a network of the cloud data center; and a plurality of egress traffic flows originating from the network of the cloud data center and destined for the one or more virtual machines; processing the traffic flow statistics to identify pairs of the plurality of ingress traffic flows and the plurality of egress traffic flows corresponding to a common communication session for the one or more virtual machines; generating, for each of the identified pairs of the plurality of ingress traffic flows and the plurality of egress traffic flows, session records comprising traffic session statistics for the common communication session corresponding to the respective one of the plurality of ingress traffic flows and the respective one of the plurality of egress traffic flows of the pair; and uploading the session records to a traffic collector for the network of the cloud data center. processing, by a virtual router executing on a processor of a server within a cloud data center , a plurality of traffic flows for one or more virtual machines executing on the server within the cloud data center to generate traffic flow statistics for the plurality of traffic flows, wherein the plurality of traffic flows include: a plurality of ingress traffic flows originating from the one or more virtual machines and destined for a network of the cloud data center; and a plurality of egress traffic flows originating from the network of the cloud data center and destined for the one or more virtual machines; a plurality of ingress traffic flows originating from the one or more virtual machines and destined for a network of the cloud data center; and a plurality of egress traffic flows originating from the network of the cloud data center and destined for the one or more virtual machines; processing the traffic flow statistics to identify pairs of the plurality of ingress traffic flows and the plurality of egress traffic flows corresponding to a common communication session for the one or more virtual machines; generating, for each of the identified pairs of the plurality of ingress traffic flows and the plurality of egress traffic flows, session records comprising traffic session statistics for the common communication session corresponding to the respective one of the plurality of ingress traffic flows and the respective one of the plurality of egress traffic flows of the pair; and uploading the session records to a traffic collector for the network of the cloud data center.
A compound selected from the group consisting of: -3-(phenylmethylene- d )-6-((5-(tert-butyl)-1H-imidazol-4-yl)methylene) piperazine-2,5-dione; -3-(phenylmethylene- d )-6-((5-(tert-butyl)-1H-imidazol-4-yl)methylene- d ) piperazine-2,5-dione; -3-(phenyl-2,3,4,5,6- d 5 )-methylene-6-((5-(tert-butyl)-1H-imidazol-4-yl)methylene-d)piperazine-2,5-dione; and -3-(phenylmethylene)-6-((5-(tert-butyl)-1H-imidazol-4-yl)methylene- d )piperazine-2,5-dione. -3-(phenylmethylene- d )-6-((5-(tert-butyl)-1H-imidazol-4-yl)methylene) piperazine-2,5-dione; -3-(phenylmethylene- d )-6-((5-(tert-butyl)-1H-imidazol-4-yl)methylene- d ) piperazine-2,5-dione; -3-(phenyl-2,3,4,5,6- d 5 )-methylene-6-((5-(tert-butyl)-1H-imidazol-4-yl)methylene-d)piperazine-2,5-dione; and -3-(phenylmethylene)-6-((5-(tert-butyl)-1H-imidazol-4-yl)methylene- d )piperazine-2,5-dione.
Closed circuit operating on a Rankine cycle, said circuit comprising at least one compression and circulation pump with an inlet and an outlet for a working fluid in liquid form, a heat exchanger over which a hot source is swept in order to evaporate said fluid circulating between an inlet and an outlet of said heat exchanger, means for expanding the fluid into the form of a vapour, a cooling exchanger swept by a cold source to condense the working fluid circulating between an inlet and an outlet of said cooling exchanger, a reservoir of working fluid, and working fluid circulation pipes for circulating said fluid between the pump, the heat exchanger, the expansion means, the condenser and the reservoir, the circuit further comprising a device for draining the fluid contained in the heat exchanger in the event of emergency shutdown of said circuit, characterized in that the circuit comprises a nonreturn check-valve placed in the vicinity of the outlet from the pump , and a filter.
A blade tip assembly for a wind turbine blade , comprising a conductive blade tip module , and a coupler extending from the blade tip module for attaching the blade tip module to a down conductor , wherein an insulating member encases the coupler; characterized by the blade tip assembly further comprising a lightning receptor arrangement spaced from the conductive blade tip module, wherein the coupler electrically couples the conductive blade tip module to the receptor arrangement wherein the insulating member is moulded to the coupler.
Method for operating rail vehicles , wherein - an absolute braking distance (Ab), which prevents or should at least prevent the rail vehicle travelling in front from being driven against, is determined for a rail vehicle travelling behind a rail vehicle travelling in front, and - the rail vehicle travelling behind is operated so that it adheres to at least this absolute braking distance (Ab) with respect to the rail vehicle travelling in front, - the rail vehicle travelling behind is operated so that in addition to the absolute braking distance (Ab) it adheres to an additional distance (Az), which depends on the speed (V1(t)) of the rail vehicle travelling in front, characterised in that the additional distance (Az) is calculated according to: Az t = V 0 2 − V 1 t 2 / 2 * a 1 for V 1 t ≤ V 0 , wherein Az refers to the additional distance, V1(t) the respective speed of the rail vehicle travelling in front, V0 the predetermined speed threshold and a1 refers a predetermined braking rate for the braking response of the rail vehicle travelling in front. - an absolute braking distance (Ab), which prevents or should at least prevent the rail vehicle travelling in front from being driven against, is determined for a rail vehicle travelling behind a rail vehicle travelling in front, and - the rail vehicle travelling behind is operated so that it adheres to at least this absolute braking distance (Ab) with respect to the rail vehicle travelling in front, - the rail vehicle travelling behind is operated so that in addition to the absolute braking distance (Ab) it adheres to an additional distance (Az), which depends on the speed (V1(t)) of the rail vehicle travelling in front, the additional distance (Az) is calculated according to: Az t = V 0 2 − V 1 t 2 / 2 * a 1 for V 1 t ≤ V 0 , wherein Az refers to the additional distance, V1(t) the respective speed of the rail vehicle travelling in front, V0 the predetermined speed threshold and a1 refers a predetermined braking rate for the braking response of the rail vehicle travelling in front.
Method for generating a multicarrier signal representing data symbols, said multicarrier signal being a linear combination of subcarriers, said method comprising modulation of base signals with said data symbols, wherein each one of said base signals is a weighted sum of said subcarriers, whereby each one of said subcarriers is weighted by an element of a weighting vector, characterized in that the multiplication of a constraint matrix and the weighting vector results in an all-zero vector, wherein said constraint matrix represents constraints limiting a magnitude of said multicarrier signal's Fourier transform at frequencies outside a designated bandwidth, wherein said modulation of base signals is performed by modulation of said subcarriers with precoded symbols, wherein said precoded symbols are a result of a linear precoding of said data symbols, wherein said linear precoding is performed by multiplying a precoding matrix G with a data symbol vector including the data symbols.