mhurhangee/ep-ind-claims huggingface dataset:
A video decoding method performed by a video decoding apparatus, the method comprising: receiving a bitstream comprising a picture header for a current picture; parsing, from the picture header, a first flag related to whether syntax elements only needed for an inter slice are present in the picture header and a second flag related to whether syntax elements only needed for an intra slice are present in the picture header; deriving prediction samples for blocks in slices in the current picture based on at least one of the first flag or the second flag, wherein the prediction samples are derived by performing at least one of an intra prediction or an inter prediction; and generating reconstructed samples based on the prediction samples, characterized in that when the value of the first flag is equal to 1, the current picture includes one or more slices having a P slice type or B slice type, and the syntax elements only needed by the inter slice are present in the picture header, and when the value of the second flag is equal to 1, the current picture includes one or more slices having an I slice type, and the syntax elements only needed by the intra slice are present in the picture header. receiving a bitstream comprising a picture header for a current picture; parsing, from the picture header, a first flag related to whether syntax elements only needed for an inter slice are present in the picture header and a second flag related to whether syntax elements only needed for an intra slice are present in the picture header; deriving prediction samples for blocks in slices in the current picture based on at least one of the first flag or the second flag, wherein the prediction samples are derived by performing at least one of an intra prediction or an inter prediction; and generating reconstructed samples based on the prediction samples, characterized in that when the value of the first flag is equal to 1, the current picture includes one or more slices having a P slice type or B slice type, and the syntax elements only needed by the inter slice are present in the picture header, and when the value of the second flag is equal to 1, the current picture includes one or more slices having an I slice type, and the syntax elements only needed by the intra slice are present in the picture header.
A method for accessing a base station by a terminal, comprising: receiving, by a,control base station, CBS, an access request message sent by a terminal, wherein the access request message carries identification information of the terminal; determining, according to the received identification information of the terminal and a correspondence between a data base station identification DBS ID and the identification information of the terminal, a DBS ID that is accessed by the terminal; receiving access resource information that is allocated to the terminal by a DBS corresponding to the DBS ID; and sending the access resource information to the terminal, so as to instruct the terminal to access, based on the access resource information, the DBS corresponding to the DBS ID characterized by before the determining a DBS ID that accesses the terminal, further comprising: receiving a detection signal that carries the identification information of the terminal and is reported by the DBS, so as to maintain the correspondence between the DBS ID and the identification information of the terminal. receiving, by a,control base station, CBS, an access request message sent by a terminal, wherein the access request message carries identification information of the terminal; determining, according to the received identification information of the terminal and a correspondence between a data base station identification DBS ID and the identification information of the terminal, a DBS ID that is accessed by the terminal; receiving access resource information that is allocated to the terminal by a DBS corresponding to the DBS ID; and sending the access resource information to the terminal, so as to instruct the terminal to access, based on the access resource information, the DBS corresponding to the DBS ID characterized by before the determining a DBS ID that accesses the terminal, further comprising: receiving a detection signal that carries the identification information of the terminal and is reported by the DBS, so as to maintain the correspondence between the DBS ID and the identification information of the terminal. receiving a detection signal that carries the identification information of the terminal and is reported by the DBS, so as to maintain the correspondence between the DBS ID and the identification information of the terminal.
A pesticidal mixture comprising an effective amount of sabadilla alkaloids and Bacillus thuringiensis, wherein Bacillus thuringiensis consists of a subspecies selected from the group consisting of Bacillus thuringiensis aizawai, Bacillus thuringiensis kurstaki and combinations thereof, and wherein the ratio of sabadilla alkaloids to Bacillus thuringiensis is from about 2:1 to about 1:200.
A data centre including a humidifier unit arranged to provide cooling air for use in cooling IT equipment in the data centre, characterised in that the humidifier unit comprises in a single unit two or more sets of removable sections (12, 14) that in use form a wetted matrix system for humidifying air flowing along a flow path from one side of the wetted matrix system to the other (16a, 16b), the two or more sets of removable sections (12, 14) including a first set of one or more removable sections and a second set of one or more removable sections, one or more water tanks (20, 22) for holding water, and two or more pumps, each pump being configured to pump water held in at least one such water tank (20, 22) to at least one of the two or more sets of removable sections (12, 14), and in that the humidifier unit is configured to operate in a first mode of operation in which all of the sets of removable sections (12, 14) are wetted by water from the one or more water tanks (20, 22) by means of operation of at least one of the two or more pumps, the first mode of operation corresponding to a maximum level of humidification required of the humidifier unit during normal operation, and the humidifier unit is configured to operate in a second mode of operation both in the event of: (a) one or more, but not all, sets of removable sections (12, 14) being removed or otherwise rendered non-operational, the pumps otherwise being unaffected, and (b) one or more, but not all, pumps being removed or otherwise rendered non-operational, the removable sections (12, 14) otherwise being unaffected, such that in the second mode of operation the humidification unit is still able to deliver said maximum level of humidification. (a) one or more, but not all, sets of removable sections (12, 14) being removed or otherwise rendered non-operational, the pumps otherwise being unaffected, and (b) one or more, but not all, pumps being removed or otherwise rendered non-operational, the removable sections (12, 14) otherwise being unaffected, such that in the second mode of operation the humidification unit is still able to deliver said maximum level of humidification.
Method for detecting malfunctions of one or more sensors (14, 16) of a multi-sensor arrangement of a vehicle assistance system serving to monitor a vehicle surrounding, wherein at least one actual power parameter of the multi-sensor arrangement is determined based on information from data fusion of data obtained by the sensors (14, 16) of the multi-sensor arrangement, the data fusion being for unified detection of the actual vehicle surrounding, the determined actual power parameter is compared with a corresponding power parameter expected for the error-free multi-sensor arrangement, and a decision is made whether or not there is a malfunction of the respective sensor(s) (14, 16) of the multi-sensor arrangement depending on the result of the comparison of the actual power parameter, determined on the basis of the information from the sensor data fusion, with the expected power parameter of the multi-sensor arrangement.
A driver circuit for at least one lighting means, in particular, for one or more LEDs, having: - an LLC circuit with an inverter, which is clocked by means of at least two switches (LS, HS), which is configured to supply a resonant circuit, wherein the resonant circuit is coupled to a primary winding of a transformer for transforming electrical energy from the primary winding to a secondary winding and the lighting means can be supplied with current starting from the secondary winding, and - a control unit, which is configured, to control the switches (LS, HS) of the inverter after an activation of the driver circuit during a start phase, in such a way that after a single or after multiple alternating clocking of the switches (LS, HS), the clocking of the switches (LS, HS) is suspended for the duration of at least one alternating clocking of the switches (LS, HS), until a criterion for ending the start phase is satisfied. - an LLC circuit with an inverter, which is clocked by means of at least two switches (LS, HS), which is configured to supply a resonant circuit, wherein the resonant circuit is coupled to a primary winding of a transformer for transforming electrical energy from the primary winding to a secondary winding and the lighting means can be supplied with current starting from the secondary winding, and - a control unit, which is configured, to control the switches (LS, HS) of the inverter after an activation of the driver circuit during a start phase, in such a way that after a single or after multiple alternating clocking of the switches (LS, HS), the clocking of the switches (LS, HS) is suspended for the duration of at least one alternating clocking of the switches (LS, HS), until a criterion for ending the start phase is satisfied.
A rotor system comprising: a rotor shaft; a plurality of rotor blades; a swashplate, wherein the rotor blades are connected to the rotor shaft via the swashplate; and an electric drive system comprising: a plurality of redundant motors, wherein power generated by the plurality of motors is used to drive the rotor shaft; a gear box associated with the plurality of redundant motors; a cyclic actuation system configured to control an individual pitch of the rotor blades connected to the swashplate; and at least one structural element for retaining the redundant motors, the gear box, and the cyclic actuation system together as a single integrated unit. a rotor shaft; a plurality of rotor blades; a swashplate, wherein the rotor blades are connected to the rotor shaft via the swashplate; and an electric drive system comprising: a plurality of redundant motors, wherein power generated by the plurality of motors is used to drive the rotor shaft; a gear box associated with the plurality of redundant motors; a cyclic actuation system configured to control an individual pitch of the rotor blades connected to the swashplate; and at least one structural element for retaining the redundant motors, the gear box, and the cyclic actuation system together as a single integrated unit. a plurality of redundant motors, wherein power generated by the plurality of motors is used to drive the rotor shaft; a gear box associated with the plurality of redundant motors; a cyclic actuation system configured to control an individual pitch of the rotor blades connected to the swashplate; and at least one structural element for retaining the redundant motors, the gear box, and the cyclic actuation system together as a single integrated unit.
A piston pump/engine comprising three or more co-operating reciprocating pistons (16, 16a,......) having rods (18, 18a, 18b, 18c,......) following a rotatable cam (12, 50) directly or indirectly, characterised in that the cam (12, 50) has a set of sectors of continuous and complementary varying slopes, such that if the cam is rotated at a constant angular speed, the sum of linear speed of all pistons following the sectors of positive slopes is constant and equal to the sum of linear speed of all pistons following the sectors of negative slopes.
Method for processing a data set using a user computer system, wherein the method comprises: allocating the data set to a first class of a classification scheme, which contains a plurality of classes, providing the data set with metadata, the metadata containing a first class ID from a plurality of class IDs which identifies the first class of the classification scheme to which the data set is allocated, the method being characterized by the following steps: encrypting the data set and the metadata, class-based encryption using a class-dependent first cryptographic public key being used to encrypt the metadata, which key is calculated using the class ID and a class-independent cryptographic public main key, class-independent encryption using a class-independent second cryptographic public key being used to encrypt the data set. allocating the data set to a first class of a classification scheme, which contains a plurality of classes, providing the data set with metadata, the metadata containing a first class ID from a plurality of class IDs which identifies the first class of the classification scheme to which the data set is allocated, the method being characterized by the following steps: encrypting the data set and the metadata, class-based encryption using a class-dependent first cryptographic public key being used to encrypt the metadata, which key is calculated using the class ID and a class-independent cryptographic public main key, class-independent encryption using a class-independent second cryptographic public key being used to encrypt the data set.
Plant for biogas upgrading, including: - a cooling and condensation column provided with a biogas feed conduit, a head outlet conduit, and a bottom outlet conduit from which a recirculating conduit departs, flowing into the upper portion of said column, - a liquefaction column into which said head outlet conduit flows, from the top of which departs a discharge conduit for incondensable gases, and from the bottom of which departs a discharge conduit for a liquid flow, which branches into a recirculation branch flowing into the top portion of the liquefaction column and into an outlet branch, - a heat exchanger for cooling the liquid flow in said discharge conduit, and - a filtration device for the liquid flow in said discharge conduit, which filtration device retains particles of solid carbon dioxide, is located downstream of the heat exchanger and upstream of the division into a recirculation branch and an outlet branch, and comprises at least two units (42a, 42b) arranged in parallel and intended to be used alternately in the operating stage and in the regeneration stage, wherein each filtration unit (42a, 42b) comprises a wall delimiting a chamber within which a filtering septum is arranged, said chamber being provided with openings for the entry of the liquid to be filtered and the exit of the filtered liquid during the operating stage, and, respectively, for the entry and the exit of the biogas during the regeneration stage. - a cooling and condensation column provided with a biogas feed conduit, a head outlet conduit, and a bottom outlet conduit from which a recirculating conduit departs, flowing into the upper portion of said column, - a liquefaction column into which said head outlet conduit flows, from the top of which departs a discharge conduit for incondensable gases, and from the bottom of which departs a discharge conduit for a liquid flow, which branches into a recirculation branch flowing into the top portion of the liquefaction column and into an outlet branch, - a heat exchanger for cooling the liquid flow in said discharge conduit, and - a filtration device for the liquid flow in said discharge conduit, which filtration device retains particles of solid carbon dioxide, is located downstream of the heat exchanger and upstream of the division into a recirculation branch and an outlet branch, and comprises at least two units (42a, 42b) arranged in parallel and intended to be used alternately in the operating stage and in the regeneration stage,
Component (2, 3) intended to be used in association with a dental implant which is itself intended to be fixed in a jaw, this component comprising successively, from its distal end (20, 30) and in the direction of its proximal end (21, 31), a distal portion (22, 32) for fixing in the implant, an intermediate portion (23, 33) for attachment to epithelial and/or connective tissue, and a proximal portion (24, 34), this component also comprising at least two zones whose surfaces have a different structure, the structure of the surface of at least one of these two zones, situated in said intermediate portion (23, 33), called the first zone (230, 320), being ordered and repetitive, adapted to the growth of the epithelial tissue and/or the connective tissue, and having engravings which form ripples, of which the depth is less than 0.5 micron, and micro-columns covered by the engravings which form ripples, this structure promoting the growth of the epithelial tissue and the attachment of the latter to the component.
A method performed by a User Equipment, UE, the method comprising: receiving, from a first network node belonging to a first radio access technology, a configuration to perform a handover to a second network node belonging to a second radio access technology, the configuration comprising an indication that indicates that the handover is for voice fallback purpose; connecting to a cell served by the second network node, responsive to receiving the configuration; after successfully completing the handover to the cell served by the second network node, declaring a radio link failure in the cell served by the second network node; responsive to declaring the radio link failure in the cell served by the second network node and the indication that indicates that the handover is for voice fallback purpose, storing information associated to the radio link failure in a report, the information comprising an indication that a last successfully completed handover from the first network node to the second network node was for voice fallback purpose; and sending the report to a network node associated to a target cell to which the UE succeeds to connect at reestablishment. receiving, from a first network node belonging to a first radio access technology, a configuration to perform a handover to a second network node belonging to a second radio access technology, the configuration comprising an indication that indicates that the handover is for voice fallback purpose; connecting to a cell served by the second network node, responsive to receiving the configuration; after successfully completing the handover to the cell served by the second network node, declaring a radio link failure in the cell served by the second network node; responsive to declaring the radio link failure in the cell served by the second network node and the indication that indicates that the handover is for voice fallback purpose, storing information associated to the radio link failure in a report, the information comprising an indication that a last successfully completed handover from the first network node to the second network node was for voice fallback purpose; and sending the report to a network node associated to a target cell to which the UE succeeds to connect at reestablishment.
A system for monitoring the cold chain integrity of at least one packet of environmentally sensitive goods, the system comprising: a light source; a monitoring unit applied directly to the packet, the monitoring unit comprising: an environmental sensor monitoring an environmental condition to which the goods in the packet are subjected to and outputting environmental condition data, a monitoring unit memory to store the environmental condition data output by the environmental sensor, a microprocessor, an optical output device for conveying the environmental condition data stored in monitoring unit memory, an optical output device trigger, in which the optical output device trigger is a photocell, the optical output device trigger being responsive to a complex triggering event consisting of a complex predetermined triggering sequence of light incident thereon, from the light source, to avoid false operation, and operable to cause the optical output device to begin conveying the environmental condition data, and a power supply; _ a light source; a monitoring unit applied directly to the packet, the monitoring unit comprising: an environmental sensor monitoring an environmental condition to which the goods in the packet are subjected to and outputting environmental condition data, a monitoring unit memory to store the environmental condition data output by the environmental sensor, a microprocessor, an optical output device for conveying the environmental condition data stored in monitoring unit memory, an optical output device trigger, in which the optical output device trigger is a photocell, the optical output device trigger being responsive to a complex triggering event consisting of a complex predetermined triggering sequence of light incident thereon, from the light source, to avoid false operation, and operable to cause the optical output device to begin conveying the environmental condition data, and a power supply; _
A method of low-pressure carburizing, intended for use in a device for continuous thermochemical surface layer treatment of elements made of iron alloys, working in a step-by-step mode with a constant time-interval and with saturation at the temperature from 820°C to 1200°C in gaseous atmosphere, wherein a gaseous carbon carrier is introduced by pulses into a pass-through vacuum process chamber of the device, characterized in that the gaseous carbon carrier is introduced into the process chamber in a constant flow-time sequence synchronized with every change of the workpieces' positions, wherein a chamber hearth, on which a number of positions are provided, is equipped with a walking-beam mechanism for step-wise moving of the workpieces along the process chamber in the following mode: in each time-step, every workpiece passes one position forward, in the direction of the said chamber output.
Exhaust-gas aftertreatment system, preferably exhaust-gas aftertreatment system of modular construction, preferably for a vehicle or for a pump appliance or electrical generator, having at least one exhaust-gas module which has an inlet section and an outlet section, wherein at least one sensor fastening device (3.1, 3.2) is provided, characterized in that the sensor fastening device comprises at least three fastening means (4.1, 4.2), which are spaced apart from one another in a circumferential direction or angularly, for exhaust-gas sensor fastening purposes, by which fastening means an exhaust-gas sensor can be installed at different angular positions.
A process for generating hydrogen, comprising decomposing in a reaction vessel aqueous alkali formate in the presence of a transition metal-containing catalyst system dissolved in one or more organic solvent(s), characterized in that said organic solvent(s) comprise at least one solvent which is water-immiscible, thereby releasing hydrogen and forming bicarbonate in the aqueous phase, and separating the catalyst-containing organic solvent(s) from said bicarbonate.