mhurhangee/ep-ind-claims huggingface dataset:
A decoding method for decoding a multiview video sequence, characterized by comprising: decoding a slice bitstream to obtain parameter set indication information carried in the slice bitstream and used for indicating a camera parameter set, and parameter subset indication information carried in the slice bitstream and used for indicating a camera parameter subset in the camera parameter set, wherein the camera parameter set comprises two or more camera parameter subsets, and one slice bitstream refers to one camera parameter subset; searching the camera parameter set indicated by the parameter indication information, determining the camera parameter subset indicated by the subset indication information from the found camera parameter set, and acquiring camera parameters from the determined camera parameter subset; and decoding the slice bitstream according to the acquired camera parameters; wherein the camera parameter set comprises V*F*M camera parameters, V represents the number of the viewpoints comprised in the camera parameter set, F represents the number of the camera parameter subsets comprised in the camera parameter set, and M represents the number of the types of the camera parameters comprised in the camera parameter set, and V, F and M are positive integers, wherein the V*M camera parameters corresponding to the V different viewpoints at a same moment form a camera parameter subset. decoding a slice bitstream to obtain parameter set indication information carried in the slice bitstream and used for indicating a camera parameter set, and parameter subset indication information carried in the slice bitstream and used for indicating a camera parameter subset in the camera parameter set, wherein the camera parameter set comprises two or more camera parameter subsets, and one slice bitstream refers to one camera parameter subset; searching the camera parameter set indicated by the parameter indication information, determining the camera parameter subset indicated by the subset indication information from the found camera parameter set, and acquiring camera parameters from the determined camera parameter subset; and decoding the slice bitstream according to the acquired camera parameters; wherein the camera parameter set comprises V*F*M camera parameters, V represents the number of the viewpoints comprised in the camera parameter set, F represents the number of the camera parameter subsets comprised in the camera parameter set, and M represents the number of the types of the camera parameters comprised in the camera parameter set, and V, F and M are positive integers, wherein the V*M camera parameters corresponding to the V different viewpoints at a same moment form a camera parameter subset.
A liquid nanoemulsion concentrate, comprising: a PEG-derivative of Vitamin E in an amount of 17% and 26%, by weight, of the concentrate, wherein the PEG-derivative of Vitamin E has an HLB value of between 14 and 20, and is selected from among tocopherol polyethylene glycol succinate (TPGS), tocopherol dodecanodioate polyethylene glycol, tocopherol suberate polyethylene glycol, tocopherol azelaate polyethylene glycol, tocopherol citraconate polyethylene glycol, tocopherol methylcitraconate polyethylene glycol, tocopherol itaconate polyethylene glycol, tocopherol maleate polyethylene glycol, tocopherol glutarate polyethylene glycol, tocopherol glutaconate polyethylene glycol and tocopherol phthalate polyethylene glycol; a polar solvent in an amount of at least 60%, by weight of the concentrate; and a non-polar active ingredient selected from among any one or more of polyunsaturated fatty acids, Coenzyme Q10 compounds and phytosterols, wherein the non-polar active ingredient is present in an amount between 5% and 10%, by weight, of the concentrate. a PEG-derivative of Vitamin E in an amount of 17% and 26%, by weight, of the concentrate, wherein the PEG-derivative of Vitamin E has an HLB value of between 14 and 20, and is selected from among tocopherol polyethylene glycol succinate (TPGS), tocopherol dodecanodioate polyethylene glycol, tocopherol suberate polyethylene glycol, tocopherol azelaate polyethylene glycol, tocopherol citraconate polyethylene glycol, tocopherol methylcitraconate polyethylene glycol, tocopherol itaconate polyethylene glycol, tocopherol maleate polyethylene glycol, tocopherol glutarate polyethylene glycol, tocopherol glutaconate polyethylene glycol and tocopherol phthalate polyethylene glycol; a polar solvent in an amount of at least 60%, by weight of the concentrate; and a non-polar active ingredient selected from among any one or more of polyunsaturated fatty acids, Coenzyme Q10 compounds and phytosterols, wherein the non-polar active ingredient is present in an amount between 5% and 10%, by weight, of the concentrate.
An integrated circuit package comprising: at least one integrated circuit configured for flip-chip mounting and comprising a wireless local area network communication circuit comprising an orthogonal frequency-division multiplexing, OFDM, demodulator to produce first digital data based on first OFDM signals, and an OFDM modulator to produce second OFDM signals based on second digital data; a package substrate configured for ball grid array mounting and electrically coupled to a first surface of the at least one integrated circuit; via conductive bumps; and a heat sink thermally coupled and attached to a second surface of the at least one integrated circuit opposite to said first surface, the heat sink comprising an antenna to receive the first OFDM signals, and to transmit the second OFDM signals, the antenna electrically coupled to the wireless communication circuit. at least one integrated circuit configured for flip-chip mounting and comprising a wireless local area network communication circuit comprising an orthogonal frequency-division multiplexing, OFDM, demodulator to produce first digital data based on first OFDM signals, and an OFDM modulator to produce second OFDM signals based on second digital data; an orthogonal frequency-division multiplexing, OFDM, demodulator to produce first digital data based on first OFDM signals, and an OFDM modulator to produce second OFDM signals based on second digital data; a package substrate configured for ball grid array mounting and electrically coupled to a first surface of the at least one integrated circuit; via conductive bumps; and a heat sink thermally coupled and attached to a second surface of the at least one integrated circuit opposite to said first surface, the heat sink comprising an antenna to receive the first OFDM signals, and to transmit the second OFDM signals, the antenna electrically coupled to the wireless communication circuit.
Injection device, comprising a syringe with a hollow needle and a stopper for sealing the syringe and displacing a medicament stored in the syringe, the injection device further comprising a drive means, a plunger arranged for pushing against the stopper and an arrangement for transferring a translation of the drive means to the plunger, characterized in that the arrangement comprises an elongate release latch member pivoted at one end which is connected to either the drive means or the plunger, the release latch member having another end for engaging the respective other one of the drive means or the plunger, wherein the release latch member is arranged to have its non-pivoted other end disengaged by rotation due to contact between at least one ramp (15.2, 22.1) and another component when the stopper has at least nearly displaced all of a predefined dose of the medicament, wherein a length of the release latch member is specified so as to provide a clearance between the plunger and the drive means when the release latch member is engaged in order to allow at least the plunger, the stopper and the hollow needle to be retracted at least far enough to hide the needle inside the syringe or inside a housing after disengaging the release latch member.
A method for directly recovering lead oxide for negative electrode of lead-acid battery from waste lead paste, comprising the following steps: controlling waste lead paste to contact with a barium-containing desulfurizing agent under desulphurization reaction conditions, and carrying out solid-liquid separation for the mixture obtained from the contact reaction, to obtain filtrate and filter residue; and controlling the filter residue to have a conversion reaction at 350-750°C temperature, to convert the lead-containing components in the filter residue into lead oxide, wherein the barium-containing desulfurizing agent is NaOH and/or KOH solution containing soluble barium compound and/or barium sulfate, and wherein the conversion reaction in step is carried out in existence of a promoter for atom-economic reaction, which is added in step and/or step. controlling waste lead paste to contact with a barium-containing desulfurizing agent under desulphurization reaction conditions, and carrying out solid-liquid separation for the mixture obtained from the contact reaction, to obtain filtrate and filter residue; and controlling the filter residue to have a conversion reaction at 350-750°C temperature, to convert the lead-containing components in the filter residue into lead oxide,
Alternator, notably for a motor vehicle, comprising a wound rotor and a stator with several phases linked to a rectifier and control bridge equipped with switches in the form of transistors of the MOSFET type, characterized in that the transistors of the MOSFET type are voltage-rated to work by avalanche effect for a rated voltage lower than a determined or predetermined voltage in a load-shedding case.
A method for providing session-based services to an event-based call over communication networks, the method comprising, at a processor connected to the networks: generating, in a circuit-switched network, a state machine that represents a multi-leg call, each leg of which denotes a point-to-point connection between two entities in the multi-leg call, wherein the state machine has call states and a set of transitions between the call states, and the circuit-switched network operates in accordance with a first communication protocol that manages calls by exchanging discrete events among elements of the network; updating the state machine in response to receiving from the circuit-switched network a sequence of events related to the multi-leg call; generating, in a packet-switched network, multiple state machines, each of which represents a respective leg of the multi-leg call, and which are synchronised to the state machine in the circuit-switched network, wherein the packet-switched network operates in accordance with a second communication protocol; generating multiple emulated sessions in the packet-switched network, each of which represents a leg of the multi-leg call, and is represented by one of the state machines in the packet-switched network; and causing a service platform in the packet-switched network to provide a communication service to an emulated session, in response to a state transition in one of the multiple state machines in the packet-switched network. generating, in a circuit-switched network, a state machine that represents a multi-leg call, each leg of which denotes a point-to-point connection between two entities in the multi-leg call, wherein the state machine has call states and a set of transitions between the call states, and the circuit-switched network operates in accordance with a first communication protocol that manages calls by exchanging discrete events among elements of the network; updating the state machine in response to receiving from the circuit-switched network a sequence of events related to the multi-leg call; generating, in a packet-switched network, multiple state machines, each of which represents a respective leg of the multi-leg call, and which are synchronised to the state machine in the circuit-switched network, wherein the packet-switched network operates in accordance with a second communication protocol; generating multiple emulated sessions in the packet-switched network, each of which represents a leg of the multi-leg call, and is represented by one of the state machines in the packet-switched network; and causing a service platform in the packet-switched network to provide a communication service to an emulated session, in response to a state transition in one of the multiple state machines in the packet-switched network.
A multi-cylinder internal combustion engine to which an EGR device comprising an EGR cooler is provided, for which a valve overlap period in which valve opening periods of intake valves and of exhaust valves overlap one another is set, and moreover comprising a plurality of cylinders, and comprising: a plurality of exhaust side branch conduits, one provided for each of the cylinders; a condensed water accumulation portion configured to store condensed water generated by the EGR cooler; and a plurality of condensed water introduction conduits, one provided for each of the exhaust side branch conduits and communicating the exhaust side branch conduit with the condensed water accumulation portion. a plurality of exhaust side branch conduits, one provided for each of the cylinders; a condensed water accumulation portion configured to store condensed water generated by the EGR cooler; and a plurality of condensed water introduction conduits, one provided for each of the exhaust side branch conduits and communicating the exhaust side branch conduit with the condensed water accumulation portion.
Use of a composition, as a curing agent for a water-soluble phenol resin used to produce a mold, comprising a branched ester compound that is derived from a carboxylic acid having a branched chain, and an alcohol, and has 5 to 13 carbon atoms, wherein the branched ester compound has a structure represented by the following general formula: wherein n is an integer of 1 to 7, X is H or R 3 OCO-, and R 1, R 2 and R 3, which may be the same or different, are each an alkyl group having 1 to 4 carbon atoms.
A method of manipulating a primary fluid flow overa surface of a wind turbine blade, the method comprising: disposing a plurality of active fluid flow devices in an opening of the surface of the wind turbine blade; operating the plurality of active fluid flow devices to generate at least one of a steady blowing secondary fluid flow, a pulsed secondary fluid flow or an oscillating secondary fluid flow; flowing the primary fluid over the surface to create a primary flow field and provide a lift force; injecting the secondary fluid flow in a substantially upstream direction and in a direction substantially opposed to a direction ofthe primary fluid flow; and influencing the primary flow field by manipulating a momentum of the secondary fluid flow to influence the incoming primary fluid flow and the lift force; characterized in that the active flow fluid devices are disposed proximate to the leading edge. disposing a plurality of active fluid flow devices in an opening of the surface of the wind turbine blade; operating the plurality of active fluid flow devices to generate at least one of a steady blowing secondary fluid flow, a pulsed secondary fluid flow or an oscillating secondary fluid flow; flowing the primary fluid over the surface to create a primary flow field and provide a lift force; injecting the secondary fluid flow in a substantially upstream direction and in a direction substantially opposed to a direction ofthe primary fluid flow; and influencing the primary flow field by manipulating a momentum of the secondary fluid flow to influence the incoming primary fluid flow and the lift force;
A method for switching a node controller link, wherein a processor system comprises more than two nodes capable of communicating with each other, each node comprises one node controller NC chip, one host bus adapter HBA apparatus, and at least one CPU, the NC chip is connected to each CPU in a node where the NC chip is located, the HBA apparatus is connected to each CPU in a node where the HBA apparatus is located, and an NC link borne by the NC chip is corresponding to an HBA link borne by the HBA apparatus; the method being characterized by when it has been detected that a failure occurs in an NC chip, switching a service on an NC link borne by the NC chip to a corresponding HBA link.
An energy coordination control method, applied to a vehicle, the vehicle comprising an engine, an electric generator, a battery, a charger and an air conditioner, the electric generator is mechanically connected to the engine, both of the electric generator and the charger are electrically connected to the battery, the battery is electrically connected to the air conditioner, characterized in that the charger is adapted to communicate with an external electrical grid and the electric generator is electrically connected to the air conditioner, and further in that the method comprises: when a charging signal is monitored, controlling the charger to charge the battery by transmitting electrical energy from the electrical grid into the battery, and monitoring an air-conditioner signal of the air conditioner; and when it is determined, during charging of the battery, that the air conditioner demands electricity according to the air-conditioner signal, controlling the engine to start up, to drive the electric generator to supply electricity to the air conditioner. when a charging signal is monitored, controlling the charger to charge the battery by transmitting electrical energy from the electrical grid into the battery, and monitoring an air-conditioner signal of the air conditioner; and when it is determined, during charging of the battery, that the air conditioner demands electricity according to the air-conditioner signal, controlling the engine to start up, to drive the electric generator to supply electricity to the air conditioner.
A hydraulic steering device hydraulically connecting a steering cylinder to a supply system, wherein the supply system is operatively connectable hydraulically to the steering cylinder via a steering valve for the purpose of forming a main stream connection and the supply system is operatively connectable hydraulically to the steering cylinder via a stream control valve arrangement for the purpose of forming a bypass stream connection bypassing the main stream connection, wherein the stream control valve arrangement is drivable by an electric control device, characterized in that the stream control valve arrangement comprises individually drivable valve groups (52, 54) that each are connected in the forward flow path and the return flow path of the bypass stream connection, wherein the stream control valve arrangement comprises four valves (58, 60, 62, 64), one valve of them being connected in the forward flow path of right-hand steering, one valve of them being connected in the return flow path of left-hand steering, one valve of them being connected in the forward flow path of left-hand steering, and one valve of them being connected in the return flow path of right-hand steering.
An implantable fluid handling device for use with a gastric banding device having an inflatable portion for forming a stoma, the device comprising: a piezoelectric pump assembly comprising a body at least partially defining a pump chamber having an inlet port couplable to a fluid reservoir and an outlet port couplable to an inflatable portion of a gastric banding device, a piezoelectric diaphragm assembly including a working side defining a surface of the pump chamber and a substantially opposing actuator side, and a compressible spring assembly positioned at the actuator side of the diaphragm, wherein the compressible spring assembly comprises a sealed void; a drive assembly effective to actuate the piezoelectric pump assembly; and further including a space occupying layer disposed between the sealed void of the compressible spring assembly and the actuator side of the piezoelectric diaphragm assembly. a piezoelectric pump assembly comprising a body at least partially defining a pump chamber having an inlet port couplable to a fluid reservoir and an outlet port couplable to an inflatable portion of a gastric banding device, a piezoelectric diaphragm assembly including a working side defining a surface of the pump chamber and a substantially opposing actuator side, and a compressible spring assembly positioned at the actuator side of the diaphragm, wherein the compressible spring assembly comprises a sealed void; a drive assembly effective to actuate the piezoelectric pump assembly; and further including a space occupying layer disposed between the sealed void of the compressible spring assembly and the actuator side of the piezoelectric diaphragm assembly.
Use of stable atomic quantum clusters (AQCs), characterised by being composed of less than 500 metal atoms selected from Au, Ag, Co, Cu, Pt, Fe, Cr, Pd, Ni, Rh, Pb or any of their combinations, as biocidal agents.
A method for manufacturing all solid-state batteries, said batteries comprising at least one dense layer containing anode materials, at least one dense layer containing solid electrolyte materials, and at least one dense layer containing cathode materials to obtain an all solid-state battery consisting of an assembly of several elementary cells, method comprising the following steps: a) a dense anode layer and a dense cathode layer are each deposited on its conductive substrate, said conductive substrates being able to serve as anode and cathode current collector respectively; b) a dense layer of solid electrolyte is deposited on at least one of the two layers obtained in step a); c) a layer of nanoparticles of at least one bonding material Ms is deposited, preferably by electrophoresis, on at least one of the dense layers obtained in step a) and/or b); it being understood that the deposition of the layers of step a) and b) are not all carried out by electrophoresis; the melting point of the layer of nanoparticles of said at least one bonding material Ms being lower than that of the layers with which it is in contact; d) the layer obtained in step c) is stacked face to face with a layer obtained in step a), b) or c); e) a heat treatment and/or mechanical compression is carried out, promoting contact between said two layers stacked face to face, in order to obtain an all solid-state assembly of elementary cells capable of operating as a battery. a) a dense anode layer and a dense cathode layer are each deposited on its conductive substrate, said conductive substrates being able to serve as anode and cathode current collector respectively; b) a dense layer of solid electrolyte is deposited on at least one of the two layers obtained in step a); c) a layer of nanoparticles of at least one bonding material Ms is deposited, preferably by electrophoresis, on at least one of the dense layers obtained in step a) and/or b); it being understood that the deposition of the layers of step a) and b) are not all carried out by electrophoresis; the melting point of the layer of nanoparticles of said at least one bonding material Ms being lower than that of the layers with which it is in contact; d) the layer obtained in step c) is stacked face to face with a layer obtained in step a), b) or c); e) a heat treatment and/or mechanical compression is carried out, promoting contact between said two layers stacked face to face, in order to obtain an all solid-state assembly of elementary cells capable of operating as a battery.