mhurhangee/ep-ind-claims huggingface dataset:
A method of receiving a frame (71, 72) over a shared channel, the frame (71, 72) being one of a protocol that defines for the frame (71, 72) at least an address part (711, 711') and a payload data part (712, 712'), an address of a target device (40, 40') being split into a first part and a second part, the first part being allocated in the address part (711, 711') and the second part being allocated in the payload data part (712, 712'), the method comprising the steps of: - receiving the address part (711, 711') of a frame (71, 72); - processing the received address part (711, 711') for determining whether the first part allocated in the received address part (711, 711') matches a first part of the target device (40, 40') address; - receiving the payload data part (712, 712') of the frame (71, 72); - if the first part allocated in the received address part (711, 711') matches the first part of the target device (40, 40') address, extracting the second part from the received payload data part (712, 712'); - determining that the frame (71, 72) is addressed to the target device (40, 40') if the extracted second part matches a second part of the target device (40, 40') address; and - putting communication equipment handling the receiving of the address part (711, 711') and the payload data part (712, 712') of the frame (71, 72) into a power-save mode if it is determined that the first part allocated in the received address part (711, 711') does not match the first part of the target device (40, 40') address. - receiving the address part (711, 711') of a frame (71, 72); - processing the received address part (711, 711') for determining whether the first part allocated in the received address part (711, 711') matches a first part of the target device (40, 40') address; - receiving the payload data part (712, 712') of the frame (71, 72); - if the first part allocated in the received address part (711, 711') matches the first part of the target device (40, 40') address, extracting the second part from the received payload data part (712, 712'); - determining that the frame (71, 72) is addressed to the target device (40, 40') if the extracted second part matches a second part of the target device (40, 40') address; and - putting communication equipment handling the receiving of the address part (711, 711') and the payload data part (712, 712') of the frame (71, 72) into a power-save mode if it is determined that the first part allocated in the received address part (711, 711') does not match the first part of the target device (40, 40') address.
An articulated working machine vehicle, such as an articulated hauler, comprising a front section and a rear section pivotally connected via a connection arrangement configured to control a pivot angle between the front and rear sections (2, 3) for steering of the vehicle, the connection arrangement further being configured to allow the front and rear sections (2, 3) to rotate in relation to each other about a longitudinal axis of the vehicle, wherein the connection arrangement comprises a rotation damper device (10, 100) arranged to transfer dampened relative rotation about the longitudinal axis between the front section and the rear section of the vehicle, the articulated vehicle being characterised in that the rotation damper device (10, 100) comprises a first part (10a, 100a) fixed to the vehicle front section and a second part (10b, 100b) fixed to the vehicle rear section so that the first part rotates in relation to the second part when the front and rear vehicle sections rotate in relation to each other about the longitudinal axis of the vehicle, and wherein the rotation damper device (10, 100) further comprises a viscous liquid (10c, 100c) arranged between and in connection with the first and a second part (10a, 10b, 100a, 100b) so as to provide for a dampened transfer of rotation between the first and second parts.
Braking device for a roller conveyor, comprising: at least one brake pad for engagement with an outer circumference of at least one conveyor roller of the roller conveyor; an eccentric shaft having a first eccentric for moving the brake pad towards the conveyor roller and away therefrom; characterized in that a stepping motor for rotating the eccentric shaft is provided; and the brake pad is produced or molded in one piece with braking surfaces arranged thereon and has a hole for rotatably receiving the first eccentric at least one brake pad for engagement with an outer circumference of at least one conveyor roller of the roller conveyor; an eccentric shaft having a first eccentric for moving the brake pad towards the conveyor roller and away therefrom; characterized in that a stepping motor for rotating the eccentric shaft is provided; and the brake pad is produced or molded in one piece with braking surfaces arranged thereon and has a hole for rotatably receiving the first eccentric
A transmission apparatus comprising: a transmission signal generator which, in operation, generates a transmission signal that includes a legacy preamble, a non-legacy preamble and a data field, the non-legacy preamble comprising a first field for indicating a number of spatial streams, Nss, in the data field and a second field for indicating one of a plurality of modulation and coding schemes, MCSs; and a transmitter which, in operation, transmits the generated transmission signal, characterized in that two or more frequency diversity transmission schemes are supported and one of the two or more frequency diversity transmission schemes is specified based on a value of the Nss. a transmission signal generator which, in operation, generates a transmission signal that includes a legacy preamble, a non-legacy preamble and a data field, the non-legacy preamble comprising a first field for indicating a number of spatial streams, Nss, in the data field and a second field for indicating one of a plurality of modulation and coding schemes, MCSs; and a transmitter which, in operation, transmits the generated transmission signal, characterized in that two or more frequency diversity transmission schemes are supported and one of the two or more frequency diversity transmission schemes is specified based on a value of the Nss.
A method for coating a metal strip with the help of a coating device, in which the strip is guided through a coating container with a liquid coating agent, subsequently through the slot of a stripping nozzle device and then subsequently through the slot of a strip stabilizing device with a plurality of magnets on the two broad sides of the strip, including the following steps: determining the actual shape of the strip within the stripping nozzle device over the width of the strip; determining a shape control deviation as the difference between the actual shape of the strip and a predetermined setpoint shape of the strip in the area of the stripping nozzle device; and controlling the magnets of the strip stabilization device as actuators so that the actual shape of the strip is transformed into the setpoint shape of the strip; characterized in that the controlling of the magnets of the strip stabilization device occurs by shifting at least one of the magnets (132-A) as a function of the shape control deviation in the width direction of the strip relative to at least one of the magnets (132-B) on the opposite broad side of the strip and moving the same into a processing position in which it is at least approximately opposite a trough in the actual shape of the strip. determining the actual shape of the strip within the stripping nozzle device over the width of the strip; determining a shape control deviation as the difference between the actual shape of the strip and a predetermined setpoint shape of the strip in the area of the stripping nozzle device; and controlling the magnets of the strip stabilization device as actuators so that the actual shape of the strip is transformed into the setpoint shape of the strip; characterized in that the controlling of the magnets of the strip stabilization device occurs by shifting at least one of the magnets (132-A) as a function of the shape control deviation in the width direction of the strip relative to at least one of the magnets (132-B) on the opposite broad side of the strip and moving the same into a processing position in which it is at least approximately opposite a trough in the actual shape of the strip.
Method for locally controlling the broadcasting of an application at the level of an access point of a shared wireless network, to which is connected at least one mobile node, tagged by a network address, characterized in that it consists, for said access point, in: - estimating an average throughput of data per type of application and used between said access point and said at least one mobile node, as a function of a measurement of a throughput of data transmitted per type of application; - calculating an estimation of a temporal occupancy rate of a radio channel of this access point per type of application, on the basis of at least the average throughput per type of application; - permitting respectively denying the broadcast of a new application on this access point, on the basis of priority rules associated with each type of application, as a function of said estimation of the temporal occupancy rate of the radio channel of this access point for the type of said new application, the broadcasting of which is requested on this access point, each type of application being able to be broadcast to said at least one mobile node via the access point. - estimating an average throughput of data per type of application and used between said access point and said at least one mobile node, as a function of a measurement of a throughput of data transmitted per type of application; - calculating an estimation of a temporal occupancy rate of a radio channel of this access point per type of application, on the basis of at least the average throughput per type of application; - permitting respectively denying the broadcast of a new application on this access point, on the basis of priority rules associated with each type of application, as a function of said estimation of the temporal occupancy rate of the radio channel of this access point for the type of said new application, the broadcasting of which is requested on this access point,
Coating composition comprising (a) at least one thermoplastic polymer having a mean molar mass MW, determined by gel permeation chromatography, of at least 100 000 g/mol in a content of at least 30% by weight of the solids content of the coating composition; (b) at least 30% by weight of a UV-curable reactive diluent; (c) 0.1 to 10 parts by weight of at least one photoinitiator; and (d) at least one organic solvent, where the proportion of ethylenically unsaturated groups is at least 3 mol per kg of the solids content of the coating composition, wherein the thermoplastic polymer comprises polymethylmethacrylate or copolymers of 70% by weight to 99.5% by weight of methyl methacrylate and 0.5% by weight to 30% by weight of methyl acrylate, and wherein the reactive diluent (b) comprises alkoxylated diacrylates and/or dimethacrylates, alkoxylated triacrylates and/or trimethacrylates, alkoxylated tetraacrylates and/or tetramethacrylates, alkoxylated pentaaacrylates and/or pentamethacrylates, alkoxylated hexaacrylates and/or hexamethacrylates, aliphatic urethane acrylates, polyester acrylates, polyacryloylacrylates and mixtures thereof; or dipentaerythrityl penta-/hexaacrylate. (a) at least one thermoplastic polymer having a mean molar mass MW, determined by gel permeation chromatography, of at least 100 000 g/mol in a content of at least 30% by weight of the solids content of the coating composition; (b) at least 30% by weight of a UV-curable reactive diluent; (c) 0.1 to 10 parts by weight of at least one photoinitiator; and (d) at least one organic solvent,
Method for detecting a leak in a patient gas module which suctions and analyses a continuous stream of sample gas from a ventilated patient, the method comprising determining a first time curve of a carbon dioxide concentration in a respiratory gas mixture of the patient; determining a second time curve of a concentration of another gas in the respiratory gas mixture, which other gas is different from carbon dioxide; determining a statistical degree of similarity between the first and the second time curve, wherein the degree of similarity corresponds to a phase shift between the first and the second time curve; and detecting the leak on the basis of the degree of similarity.
A superabsorbent polymer, comprising: a base polymer powder comprising a crosslinked polymer resulting from polymerization of water-soluble ethylene-based unsaturated monomers having acidic groups which are at least partially neutralized, in the presence of an internal crosslinking agent; and a surface crosslinking layer formed on the base polymer by additionally crosslinking the crosslinked polymer in the presence of surface-modified inorganic particles and a surface crosslinking agent, wherein inorganic particles chemically bind to the crosslinked polymer comprised in the surface crosslinking layer via an oxygen-containing bond or a nitrogen-containing bond, the surface of the inorganic particles is modified with a modifier represented by the following Chemical Formula 1 to prepare the surface-modified inorganic particles: wherein R 1 to R 3 are each independently an alkyl group having 1 to 10 carbon atoms, an alkoxy group having 1 to 10 carbon atoms, or halogen, and at least one of them is not an alkyl group, and R 4 is a substituent having 2 to 10 carbon atoms, which has one or more functional groups selected from the group consisting of an epoxy group, an isocyanate group, and an amine group. a base polymer powder comprising a crosslinked polymer resulting from polymerization of water-soluble ethylene-based unsaturated monomers having acidic groups which are at least partially neutralized, in the presence of an internal crosslinking agent; and a surface crosslinking layer formed on the base polymer by additionally crosslinking the crosslinked polymer in the presence of surface-modified inorganic particles and a surface crosslinking agent, wherein inorganic particles chemically bind to the crosslinked polymer comprised in the surface crosslinking layer via an oxygen-containing bond or a nitrogen-containing bond, the surface of the inorganic particles is modified with a modifier represented by the following Chemical Formula 1 to prepare the surface-modified inorganic particles:
A method of synthesizing a plurality of polynucleotide variants each having at least one defined nucleotide difference relative to a reference polynucleotide sequence, wherein the reference polynucleotide encodes a reference polypeptide and each of the plurality of polynucleotide variants encodes a polypeptide having at least one amino acid sequence difference relative to the reference polypeptide, the method comprising: (a) separately amplifying a reference polynucleotide template with each of a plurality of pairs of forward and reverse primers, wherein the plurality of pairs of forward and reverse primers comprises the plurality of defined nucleotide differences and wherein each pair generates an amplicon comprising a sequence capable of binding to an adjacent overlapping sequence of at least one other amplicon; (b) separately assembling a plurality of sets of amplicons, wherein each set comprises amplicons having adjacent overlapping sequences capable of binding to form the full length of the reference polynucleotide sequence; (c) replicating the plurality of sets of assembled amplicons, thereby synthesizing a plurality of polynucleotide variants wherein each of the polynucleotide variants encodes a polypeptide having at least one amino acid sequence difference relative to the reference polypeptide; and (d) combining the plurality of polynucleotide variants. (a) separately amplifying a reference polynucleotide template with each of a plurality of pairs of forward and reverse primers, wherein the plurality of pairs of forward and reverse primers comprises the plurality of defined nucleotide differences and wherein each pair generates an amplicon comprising a sequence capable of binding to an adjacent overlapping sequence of at least one other amplicon; (b) separately assembling a plurality of sets of amplicons, wherein each set comprises amplicons having adjacent overlapping sequences capable of binding to form the full length of the reference polynucleotide sequence; (c) replicating the plurality of sets of assembled amplicons, thereby synthesizing a plurality of polynucleotide variants wherein each of the polynucleotide variants encodes a polypeptide having at least one amino acid sequence difference relative to the reference polypeptide; and (d) combining the plurality of polynucleotide variants.
System for controlling combustion in an internal combustion engine of a motor vehicle, comprising a first actuator capable of controlling a rate of nitrogen oxides emitted by the engine, a second actuator capable of controlling a combustion noise of the engine, a first regulation means capable of driving the first actuator to regulate, in closed loop mode, the rate of nitrogen oxides emitted by the engine and a second regulation means capable of driving the second actuator to regulate, in closed loop mode, the combustion noise of the engine, the engine comprising at least one cylinder and a mobile piston driven via a crank shaft, the system also comprising means (4, 5) for measuring the temporal variations of the angle of the crank shaft and of the internal pressure of said cylinder and estimation means (32, 40) capable of estimating, respectively, a rate of nitrogen oxides emitted by the engine and a combustion noise of the engine from said measurements, the first regulation means being capable of driving the first actuator on the basis of a first difference between a first setpoint and said estimation of the rate of nitrogen oxides, and the second regulation means being capable of driving the second actuator on the basis of a second difference between a second setpoint and said estimation of the combustion noise, multiplied by the first difference generated by the first regulation means.
A method for producing a PBO fiber with increased resistance against UV-caused degradation, the method comprising providing a coating on the PBO fibers, the coating comprising graphene oxide cross-linked by polymerization with glutaraldehyde and resorcinol.
A thermal management system for an aircraft including a propeller arrangement and a battery powering the propeller arrangement, the thermal management system comprising: a refrigeration circuit including a compressor, a condenser arrangement, an expansion valve, and a chiller, the compressor being configured to route a refrigerant past the condenser arrangement and past the expansion valve to the chiller, the condenser arrangement including an air-cooled condenser exposed to ambient temperature air outside the aircraft and a liquid-cooled condenser; a battery cooling circuit configured to route first coolant past the battery of the aircraft, the battery cooling circuit including a first tank, a first pump, and the chiller, the first pump being configured to direct the first coolant from the first tank, past the battery at which heat is absorbed by the first coolant, to the chiller at which heat is rejected from the first coolant to the refrigerant; and a propeller arrangement cooling circuit configured to cool the propeller arrangement of the aircraft using second coolant drawn from a second tank by a second pump, the propeller arrangement cooling circuit including a radiator arrangement exposed to the ambient temperature air, wherein the propeller arrangement cooling circuit is configured to direct the second coolant drawn from the second tank to the propeller arrangement and/or along a condenser routing path to the liquid-cooled condenser, and the radiator arrangement is disposed downstream of the liquid-cooled condenser. a refrigeration circuit including a compressor, a condenser arrangement, an expansion valve, and a chiller, the compressor being configured to route a refrigerant past the condenser arrangement and past the expansion valve to the chiller, the condenser arrangement including an air-cooled condenser exposed to ambient temperature air outside the aircraft and a liquid-cooled condenser; a battery cooling circuit configured to route first coolant past the battery of the aircraft, the battery cooling circuit including a first tank, a first pump, and the chiller, the first pump being configured to direct the first coolant from the first tank, past the battery at which heat is absorbed by the first coolant, to the chiller at which heat is rejected from the first coolant to the refrigerant; and a propeller arrangement cooling circuit configured to cool the propeller arrangement of the aircraft using second coolant drawn from a second tank by a second pump, the propeller arrangement cooling circuit including a radiator arrangement exposed to the ambient temperature air, wherein the propeller arrangement cooling circuit is configured to direct the second coolant drawn from the second tank to the propeller arrangement and/or along a condenser routing path to the liquid-cooled condenser, and the radiator arrangement is disposed downstream of the liquid-cooled condenser.
A gas turbine engine fan section comprising: a hub; circumferentially spaced fan blades supported on the hub; and a spacer (140; 440) arranged between adjacent fan blades and operatively supported by the hub, wherein the hub comprises a plurality of circumferentially arranged flanges each having an aperture, the spacer (140; 440) includes a base having an opening, and a fastener extends through an aperture and the opening to secure the spacer to the hub, characterised in that: the spacer (140; 440) is configured to be collapsible in response to a fan blade load exerted on the spacer (140; 440) in excess of a threshold load, the spacer (140; 440) being generally rigid at fan blade loads below the threshold load; and the spacer (140; 440) includes a wall (53; 353) providing a cavity (55; 255), the wall (53; 353) including a notch (54; 154) providing a collapse-inducing structure deforming the cavity (55; 255) in response to the fan blade load. a hub; circumferentially spaced fan blades supported on the hub; and a spacer (140; 440) arranged between adjacent fan blades and operatively supported by the hub, wherein the hub comprises a plurality of circumferentially arranged flanges each having an aperture, the spacer (140; 440) includes a base having an opening, and a fastener extends through an aperture and the opening to secure the spacer to the hub, the spacer (140; 440) is configured to be collapsible in response to a fan blade load exerted on the spacer (140; 440) in excess of a threshold load, the spacer (140; 440) being generally rigid at fan blade loads below the threshold load; and the spacer (140; 440) includes a wall (53; 353) providing a cavity (55; 255), the wall (53; 353) including a notch (54; 154) providing a collapse-inducing structure deforming the cavity (55; 255) in response to the fan blade load.